2009 Program - Vision Sciences Society

Transcription

Vision Sciences Society
9th Annual Meeting, May 8-13, 2009
Naples Grande Resort & Club, Naples, Florida
Program
Contents
Board, Review Committee & Staff
Keynote Address . . . . . . . .
Meeting Schedule . . . . . . .
Schedule-at-a-Glance . . . . . .
Poster Schedule . . . . . . . .
Talk Schedule . . . . . . . . .
Young Investigator Award . . . .
Abstract Numbering System . . .
VSS Dinner and Demo Night . . .
Attendee Resources . . . . . .
Exhibitors . . . . . . . . . . .
Travel Awards . . . . . . . . .
Satellite Events . . . . . . . . .
. 2
. 3
. 4
. 6
. 8
10
11
11
12
14
16
18
19
Member-Initiated Symposia
Club Vision Dance Party . .
Friday Sessions . . . . .
Saturday Sessions . . . .
Sunday Sessions . . . . .
Monday Sessions . . . . .
Tuesday Sessions . . . .
Wednesday Sessions . . .
Topic Index. . . . . . . .
Author Index . . . . . . .
Hotel Floorplan . . . . . .
Advertisements. . . . . .
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
20
23
24
26
36
46
51
61
65
68
79
80
VSS 2009 Program
Board of Directors
Abstract Review Committee
(Year represents end of term)
Bill Geisler (2010), President
University of Texas, Austin
David Alais
Marty Banks
Irving Biederman
Geoff Boynton
Angela Brown
David Burr
Patrick Cavanagh
Jody Culham
Greg DeAngelis
James Elder
Steve Engel
Jim Enns
Karl Gegenfurtner
Mary Hayhoe
John Henderson
Helene Intraub
Phil Kellman
Daniel Kersten
Ruth Kimchi
Lynne Kiorpes
Margaret Livingstone
Ennio Mingolla
Tony Movshon (2011), President Elect
New York University
Steve Shevell (2009), Past President
University of Chicago
Marisa Carrasco (2012)
New York University
Zoe Kourtzi (2012)
University of Birmingham, UK
Pascal Mamassian (2011)
CNRS & Université Paris 5
Mary Peterson (2009)
University of Arizona
Allison Sekuler (2009)
McMaster University
Founders
Ken Nakayama
Harvard University
Cathleen Moore
Tony Norcia
Aude Oliva
Alice O’Toole
Steve Palmer
John Reynolds
Anna Roe
Brian Rogers
Jeff Schall
James Schirillo
Brian Scholl
David Sheinberg
Daniel Simons
George Sperling
Jim Tanaka
Bosco Tjan
William Warren
Takeo Watanabe
Michael Webster
Steve Yantis
Yaffa Yeshurun
Art Credits
Tom Sanocki
University of South Florida
Kevin Guckes
Program and Abstracts cover design
Staff
Alan Stubbs and Simone Gori
T-shirt and tote bag design
Shauney Wilson
Executive Director
Shawna Lampkin
Administrative Assistant
Joan Carole
Exhibits & Advertising Manager
Jeff Wilson
Website & Program
2
VSS 2009 Program
Keynote Address
Keynote Address
Robert H. Wurtz
Laboratory of Sensorimotor Research
National Eye Institute, NIH, Bethesda, MD
Robert H. Wurtz is a
NIH Distinguished
Scientist and Chief of
the Section on Visuomotor Integration at the
National Eye Institute.
He is a member of the
National Academy of
Sciences and the American Academy of Arts
and Sciences, and has
received many awards.
His work is centered
on the visual and
oculomotor system of
the primate brain that
controls the generation
of rapid or saccadic eye movements, and the use of the
monkey as a model of human visual perception and the
control of movement. His recent work has concentrated
on the inputs to the cerebral cortex that underlie visual
attention and the stability of visual perception.
Brain Circuits for Stable Visual
Perception
Saturday, May 9, 7:30 pm
Royal Palm Ballroom 4-5
In the 19th century von Helmholtz detailed the need for
signals in the brain that provide information about each
impending eye movement. He argued that such signals
could interact with the visual input from the eye to preserve stable visual perception in spite of the incessant
saccadic eye movements that continually displace the
image of the visual world on the retina. In the 20th century, Sperry as well as von Holst and Mittelstaedt provided
experimental evidence in fish and flies for such signals for
the internal monitoring of movement, signals they termed
corollary discharge or efference copy, respectively. Experiments in the last decade (reviewed by Sommer and Wurtz,
2008) have established a corollary discharge pathway in the
monkey brain that accompanies saccadic eye movements.
This corollary activity originates in the superior colliculus and is transmitted to frontal cortex through the major
thalamic nucleus related to frontal cortex, the medial dorsal
nucleus. The corollary discharge has been demonstrated
to contribute to the programming of saccades when visual
guidance is not available. It might also provide the internal
movement signal invoked by Helmholtz to produce stable
visual perception. A specific neuronal mechanism for such
stability was proposed by Duhamel, Colby, and Goldberg (1992) based upon their observation that neurons in
monkey frontal cortex shifted the location of their maximal
sensitivity with each impending saccade. Such shifting
receptive fields must depend on input from a corollary discharge, and this is just the input to frontal cortex recently
identified. Inactivating the corollary discharge to frontal
cortex at its thalamic relay produced a reduction in the
shift. This dependence of the shifting receptive fields on an
identified corollary discharge provides direct experimental
evidence for modulation of visual processing by a signal
within the brain related to the generation of movement – an
interaction proposed by Helmholtz for maintaining stable
visual perception.
Keynote Address is sponsored by
Cambridge Research Systems
3
Meeting Schedule
VSS 2009 Program
Meeting Schedule
Friday, May 8
9:00 am – 8:30 pm
1:00 – 3:00 pm
3:00 – 3:30 pm
3:30 – 5:30 pm
5:30 – 7:30 pm
6:30 – 9:00 pm
Registration Open
Symposia Session 1
Coffee Break
Symposia Session 2
Opening Night Reception
Evening Poster Session
Royal Palm Foyer
Royal Palm Ballrooms 1-3, 4-5 & 6-8
Royal Palm Foyer
Royal Palm Ballrooms 1-3, 4-5 & 6-8
Sunset Deck, Vista Deck
Vista Ballroom
Registration Open
Coffee
Talk Sessions
Poster Sessions
Exhibits Open
Talk Sessions
Lunch Break
Funding Opportunities in
Vision Research at NEI & NIH
Talk Sessions
Poster Sessions
Coffee Break
Talk Sessions
Keynote Address and Awards Ceremony
Royal Palm Foyer
Royal Palm Foyer
Royal Palm Ballrooms 1-3 & 4-5
Royal Palm Ballroom 6-8, Orchid Ballroom, Vista Ballroom
Orchid Foyer
Purchase a lunch at VSS Marketplace and head to the beach!*
Coffee
Registration Open
Talk Sessions
Poster Sessions
Exhibits Open
Talk Sessions
Lunch Break
Python & Vizard User Group Meeting
Talk Sessions
Poster Sessions
Coffee Break
Talk Sessions
The 5th Annual Best Visual
Illusion Contest
VVRC-CVS Social
Royal Palm Foyer
Royal Palm Foyer
Orchid Foyer
Royal Palm Foyer
Philharmonic Center for the Arts
Saturday, May 9
7:30 am – 7:30 pm
8:00 – 8:30 am
8:30 – 10:00 am
8:30 am – 12:30 pm
8:30 am – 6:45 pm
11:00 am – 12:45 pm
12:45 – 2:45 pm
1:30 – 2:30 pm
2:45 – 4:15 pm
2:45 – 6:45 pm
4:30 – 5:00 pm
5:15 – 7:00 pm
7:30 – 9:00 pm
Royal Palm Foyer
Sunday, May 10
8:00 – 8:30 am
8:00 am – 6:45 pm
8:30 – 10:00 am
8:30 am – 12:30 pm
8:30 am – 6:45 pm
11:00 am – 12:45 pm
12:45 – 2:45 pm
1:00 – 2:30 pm
2:45 – 4:15 pm
2:45 – 6:45 pm
4:30 – 5:00 pm
5:15 – 7:00 pm
7:00 – 9:00 pm
10:00 pm – 1:00 am
4
Vista Ballroom & Sunset Deck
VSS 2009 Program
Meeting Schedule
Monday, May 11
8:00 – 8:30 am
8:00 am – 1:45 pm
8:30 – 10:00 am
8:30 am – 12:30 pm
8:30 am – 1:00 pm
11:00 am – 12:45 pm
1:00 – 1:45 pm
6:00 – 8:00 pm
7:00 – 9:00 pm
Coffee
Registration Open
Talk Sessions
Poster Sessions
Exhibits Open
Talk Sessions
Business Meeting
Demo Night Dinner
Demo Night Demos
Royal Palm Foyer
Royal Palm Foyer
Orchid Foyer
Sunset Deck & Vista Deck
Royal Palm Ballroom 4-5 & Acacia Meeting Rooms
Coffee
Registration Open
Talk Sessions
Poster Sessions
Exhibits Open
Talk Sessions
Lunch Break
Talk Sessions
Poster Sessions
Coffee Break
Talk Sessions
Club Vision Dance Party
Royal Palm Foyer
Royal Palm Foyer
Orchid Foyer
Royal Palm Ballrooms 1-3, & 4-5
Royal Palm Foyer
Vista Ballroom, Sunset Deck & Vista Deck
Coffee
Registration Open
Talk Sessions
Poster Sessions
Talk Sessions
Meeting Ends
Royal Palm Foyer
Royal Palm Foyer
Tuesday, May 12
8:00 – 8:30 am
8:00 am – 6:45 pm
8:30 – 10:00 am
8:30 am – 12:30 pm
8:30 am – 6:45 pm
11:00 am – 12:45 pm
12:45 – 2:45 pm
2:45 – 4:30 pm
2:45 – 6:45 pm
4:30 – 5:00 pm
5:15 – 7:00 pm
9:30 pm – 1:30 am
Wednesday, May 13
8:00 – 8:30 am
8:00 am – 12:45 pm
8:30 – 10:00 am
8:30 am – 12:30 pm
11:00 am – 12:45 pm
12:45 pm
* Salads, sandwiches, and snacks are available for purchase at the VSS Marketplace in the Aura Bar/Chill-out Lounge
5
Schedule-at-a-Glance
VSS 2009 Program
Friday, May 8
Saturday, May 9
Sunday, May 10
7:00 am
12:00 pm
Face
Perception:
Adaptation,
Aftereffects and
Categorization
2:00 pm
3:00 pm
Coffee
4:00 pm
Symposia
Session 2
5:00 pm
8:00 pm
9:00 pm
Evening Poster Sessions
6:00 pm
7:00 pm
Funding Opportunities, Vision
Research
Afternoon Poster Sessions
Symposia
Session 1
Registration Desk Open
1:00 pm
Opening
Night
Reception
Perceptual
Organization: Edges,
Configurations,
and Surfaces
Lunch
Morning Poster Sessions
Temporal
Processing:
Representations
Attention:
Tracking
and Shifting
Coffee & Beverages
Memory:
Working
and Longterm
Neural
Mechanisms:
Cortical
Organization
Keynote Address,
Robert H. Wurtz
& Awards Ceremony
Perception
and Action:
Decision and
Action
Attention:
Divided
Motion:
Perception
and Depth
Object
Recognition: From
Features to
Objects
Python &
Vizard
User Group
Meeting
11:00 am
Object
Recognition:
Brain
Mechanisms
10:00 am
Color and
Light: Neural
Representations of Color
Exhibits Open
9:00 am
Lunch
Perceptual
Face PercepOrganization: tion: Temporal
Effects and
Brain
Mechanisms
Dynamics
Coffee & Beverages
Neural
Mechanisms:
Encoding
and
Decoding
Visual
Search:
Mechanisms and
Models
The Best Visual Illusion
of the Year Contest
10:00 pm
Color Key:
Orchid Foyer
6
Royal Palm Foyer
See Meeting Schedule
Vista, Royal Palm Ballroom 6-8, Orchid
VVRC-CVS Social
Coffee
Coffee
Exhibits Open
8:00 am
VSS 2009 Program
Schedule-at-a-Glance
Monday, May 11
Tuesday, May 12
Wednesday, May 13
7:00 am
Perceptual
Learning:
Associations
and Plasticity
3D
Perception:
Shape
Coffee & Beverages
Multisensory
Processing:
Brain and
Behavior
Attention:
Brain
Mechanisms
Demo
Night
Demos
Vision and
Action:
Reaching
and Grasping
Binocular
Vision:
Mechanisms
Perceptual
Learning:
High-level
Influences
Attention:
Interaction with
Memory
9:00 am
Motion:
Encoding
Lunch
Demo
Night
Dinner
Eye Movements:
Natural
Environments
Face Perception: Representations and
Mechanisms
Business Meeting
Eye Movements:
Mechanisms
8:00 am
Coffee
Exhibits Open
Attention:
Selection
and
Modulation
Spatial
Vision:
Crowding
and
Mechanisms
Scene
Perception:
Mechanisms
& Representations
Color and
Light: Lightness and Color
of Surfaces
Coffee
Exhibits Open
Coffee
10:00 am
11:00 am
12:00 pm
1:00 pm
2:00 pm
3:00 pm
4:00 pm
5:00 pm
6:00 pm
7:00 pm
8:00 pm
9:00 pm
10:00 pm
Club Vision
Dance Party
7
Poster Schedule
VSS 2009 Program
Poster Schedule
Poster Setup and Takedown
All poster sessions are held in the Royal Palm Ballrom 6-8 and Orchid Ballroom on the Ballroom level, and Vista Ballroom
on the Lobby level. The last three digits of your poster number indicate the number of your poster board.
Posters should be put up at the beginning of a session and taken down at the end. Authors of even numbered posters are
expected to be present at their posters during the entire “Even Author Presents” time; and authors of odd numbered posters during the entire “Odd Author Presents” time. Authors may be present longer if desired.
Please be courteous and take down your poster promptly at the end of the session, so that the board is empty when the
next presenter arrives to put up his or her poster.
Push pins are available for your use and are located at the Meeting Registration Desk in the Royal Palm foyer.
Friday Afternoon, May 8
Saturday Afternoon, May 9
Setup: 6:00 – 6:30 pm
Session: 6:30 – 9:00 pm
Even Authors Present: 6:30 – 7:30 pm
Odd Authors Present: 7:30 – 8:30 pm
Room: Vista Ballroom
Face Perception: Emotion
Attention: Models
Eye Movements: Cognitive Mechanisms
Neural Mechanisms: Visual and Visuomotor Function
Take down: 9:00 – 9:15 pm
Setup: 2:00 – 2:45 pm
Session: 2:45 – 6:45 pm
Room: Royal Palm 6-8
Color and Light: Lightness and Brightness
Eye Movements: Cognition and Social Cognition
Room: Orchid Ballroom
Spatial Vision: Mechanisms
Motion: Biological
Face Perception: Development and Disorders
3D Perception: Shape, Shading and Contours
Binocular Vision: Depth, Bistability, and Memory
Attention: Spatial Selection and Modulation
Visual Search: Attentional Mechanisms
Saturday Morning, May 9
Setup: 8:00 – 8:30 am
Session: 8:30 am – 12:30 pm
Even Authors Present: 9:30 – 10:30am
Odd Authors Present: 10:30 – 11:30 am
Motion: Local and Global Processing
Perceptual Learning: Models and Mechanisms
Neural Mechanisms: Receptive Fields
Perceptual Organization: Contours
Spatial Vision: Crowding and Peripheral Vision
Multisensory Processing: Visual and Auditory Perception
Attention: Capture
Attention: Temporal Selection and Modulation
Spatial Vision: Natural Scenes
Special Populations: Disorders and Disease
Take down: 12:30 – 1:00 pm
8
Sunday Morning, May 10
Setup: 8:00 – 8:30 am
Scene Perception: Categorization and Memory
Face Perception: Wholes, Parts, Configurations and Features
Attention: Brain Mechanisms
Perceptual Organization: Segmentation
Memory: Visual Learning and Memory
Object Recognition: Reading
Vision and Action: Posture, Wayfinding, and Whacking
Binocular Vision: Brain and Behavior
Multisensory Processing: Cross-modal Perception
Take down: 12:30 – 1:00 pm
VSS 2009 Program
Poster Schedule
Sunday Afternoon, May 10
Tuesday Afternoon, May 13
Setup: 2:00 – 2:45 pm
Session: 2:45 – 6:45 pm
3D Perception: Space
Memory: Working and Short-term Memory
Attention: Endogenous and Exogenous
Object Recognition: Objects and Categories
Color and Light: Color Appearance
Motion: Depth and Optic Flow
Vision and Action: Hand Movements
Spatial Vision: Adaptation and Masking
Setup: 2:00 – 2:45 pm
Session: 2:45 – 6:45 pm
Face Perception: Inversion and Viewpoint Effects
Face Perception: Face Space, Categorization and
Representation
Perceptual Organization: 2D Shape
3D Perception: Disparity and Other Depth Cues
Scene Perception: Spatiotemporal Factors
Color and Light: Chromatic Mechanisms
Special Populations: Lifespan Development
Motion: Mechanisms
Attention: Interaction with Memory
Monday Morning, May 11
Setup: 8:00 – 8:30 am
Perceptual Learning: Specificity and Transfer
Motion: Representations
Eye Movements: Pursuit and Fixation
Attention: Inattention and Blindness
Attention: Linguistic, Motivational and Affective Factors
Face Perception: Brain Mechanisms
Vision and Action: Locomotion
Vision and Action: Reaching
Spatial Vision: Mechanisms and Special Populations
Take down: 12:30 – 1:00 pm
Wednesday Morning, May 13
Setup: 8:00 – 8:30 am
Neural Mechanisms: Visual Representations
Face Perception: Experience, Learning and Expertise
Attention: Resource Competition
Eye Movements: Mechanisms
Visual Search: Mechanisms and Special Populations
Take down: 12:30 – 12:45 pm
Tuesday Morning, May 12
Setup: 8:00 – 8:30 am
Object Recognition: Objects and Visual features
Binocular Vision: Rivalry and Bistability
Attention: Tracking
Attention: Feature- and Object-based
Eye Movements: Saccade Selection
Perceptual Organization: Grouping
Temporal Processing: Mechanisms
Perception and Action: Decisions and Frames of Reference
Visual Search: Context and Attention
Take down: 12:30 – 1:00 pm
9
Talk Schedule
VSS 2009 Program
Talk Schedule
Saturday, May 9
Time
Royal Palm 1-3
Royal Palm 4-5
8:30 – 10:00 am
11:00 am – 12:45 pm
Color and Light: Neural Representations of Color
Temporal Processing: Representations
2:45 – 4:15 pm
Perceptual Organization: Edges, Configurations,
and Surfaces
Memory: Working and Long-term
Object Recognition: Brain Mechanisms
Face Perception: Adaptation, Aftereffects and
Categorization
Attention: Tracking and Shifting
5:15 – 7:00 pm
Neural Mechanisms: Cortical Organization
Sunday, May 10
Time
Royal Palm 1-3
Royal Palm 4-5
8:30 – 10:00 am
11:00 am – 12:45 pm
2:45 – 4:15 pm
5:15 – 7:00 pm
Perception and Action: Decision and Action
Motion: Perception and Depth
Perceptual Organization: Brain Mechanisms
Neural Mechanisms: Encoding and Decoding
Attention: Divided
Object Recognition: From Features to Objects
Face Perception: Temporal Effects and Dynamics
Visual Search: Mechanisms and Models
Time
Royal Palm 1-3
Royal Palm 4-5
8:30 – 10:00 am
11:00 am – 12:45 pm
Color and Light: Lightness and Color of Surfaces
Spatial Vision: Crowding and Mechanisms
Scene Perception: Mechanisms and Representations
Attention: Selection and Modulation
Time
Royal Palm 1-3
Royal Palm 4-5
8:30 – 10:00 am
11:00 am – 12:45 pm
2:45 – 4:30 pm
5:15 – 7:00 pm
Eye Movements: Natural Environments
Perceptual Learning: Associations and Plasticity
Multisensory Processing: Brain and Behavior
Face Perception: Representations and Mechanisms
Motion: Encoding
3D Perception: Shape
Monday, May 11
Tuesday, May 12
Wednesday, May 13
Time
Royal Palm 1-3
Royal Palm 4-5
8:30 – 10:00 am
11:00 am – 12:45 pm
Vision and Action: Reaching and Grasping
Binocular Vision: Mechanisms
Perceptual Learning: High-level Influences
Speaker Information
The meeting rooms are equipped with a data/video projector and a projection screen. Presentations can be made from
your Mac or PC laptop. A technician will be present in each room to handle any technical problems that may arise.
Please arrive at the Ballroom no less than 30 minutes before the start of your session. Presenters are welcome to test their
presentations between talk sessions. Please give priority to presenters whose talk is scheduled for the subsequent session.
10
VSS 2009 Program
Young Investigator Award
Young Investigator Award
Dr. Frank Tong
Associate Professor of Psychology, Vanderbilt University
This year’s winner of the VSS Young Investigator Award is Frank Tong, Associate
Professor of Psychology at Vanderbilt University. In the nine years since receiving his
PhD from Harvard, Frank has established himself as one of the most creative, productive young vision scientists in our field. His research artfully blends psychophysics and
brain imaging to address important questions about the neural bases of awareness and
object recognition. He has published highly influential papers that have been instrumental in shaping current thinking about the neural bases of multistable perception,
including binocular rivalry. Moreover, Frank has played a central role in the development and refinement of powerful analytic technique for deriving reliable population
signals from fMRI data, signals that can predict perceptual states currently being experienced by an individual. Using these pattern classification techniques, Frank and his
students have identified brain areas that contain patterns of neural responses sufficient
to support orientation perception, motion perception and working memory.
The YIA award will be presented at the Keynote Address and Awards Ceremony on
Saturday, May 9, at 7:30 pm in the Royal Palm Ballroom 4-5.
Abstract Numbering System
Each abstract is assigned a unique 4 to 5 digit number based on when and where it is to be presented. The format of the
abstract numbering is DT.RN (where D is the Day, T is the Time, R is the Room and N is the Presentation number).
First Digit - Day
Second Digit - Time Period
Third Digit - Room
1 Friday
1 Early AM talk session
1 Royal Palm Ballroom 1-3
2 Saturday
2 Late AM talk session
3 Sunday
3 AM poster session
4 Monday
4 Early PM talk session
4 Orchid Ballroom
5 Tuesday
5 Late PM talk session
5 Vista Ballroom
6 Wednesday
6 PM poster session
Examples:
21.16
Saturday, early AM talk in Royal Palm Ballroom 1-3, 6th talk
36.513 Sunday, PM poster in Vista Ballroom, poster board 513
53.306 Tuesday, AM poster in Royal Royal Palm Ballroom 6-8, poster board 306
Fourth/Fifth Digits - Number
1, 2, 3...
For talks
01, 02, 03...
For posters
Note: Two digits after the period indicates a talk, three digits indicates a poster (and is also the number of the poster board).
11
7th Annual VSS Dinner and Demo Night
VSS 2009 Program
7th Annual VSS Dinner
and Demo Night
Monday, May 11, 6:00 – 9:00 pm
Dinner: 6:00 – 8:00 pm
Vista Terrace and Sunset Deck
Demos: 7:00 – 9:00 pm
Royal Palm Ballroom 4-5 Ballroom and
Acacia Meeting Rooms
Please join us Monday evening for the 7th Annual VSS
Demo Night, a spectacular night of imaginative demos
solicited from VSS members, delectable food, and social
interaction. This year’s dinner theme is Caribbean Night!
The demos highlight the important role of visual displays
in vision research and education. This year, Arthur Shapiro
and Bart Anderson are co-curators for Demo Night, and
Gideon Caplovitz is assistant curator.
The Caribbean-themed buffet dinner will be held on the
Sunset Terrace and Vista Deck overlooking the Naples
Grande main pool. Demos will be located upstairs on the
ballroom level in the Royal 4-5 Ballroom and Acacia Meeting Rooms.
Immersive Virtual Reality
Bryce Armstrong, Edzard Ulrichs and Matthias Pusch; WorldViz
We will use a 6DOF tracked environment to immerse users
in virtual environments. Our goal is to show some of the
VSS members experiments to demonstrate the relevance of
using VR for vision science research.
Unbound Rivalry
Derek Arnold, Holly Erskine, Warrick Roseboom and Tom Wallis;
The University of Queensland
We will demonstrate that exposure to a coherent moving
stimulus can induce a dynamic competition for perceptual
dominance involving illusory forms signaled by motion
streaks and direction-sensitive mechanisms.
LITE Vision Demonstrations
Kenneth Brecher; Boston University
I will present the most recent Project LITE vision demonstrations (including ones not yet posted on the web) – both
computer software and new physical objects.
Demo Night is free for all registered VSS attendees. Meal
tickets are not required, but you must wear your VSS
badge for entry to the Dinner Buffet. Guests and family
members of all ages are welcome to attend the demos, but
must purchase a ticket for dinner. You can register your
guests at any time during the meeting at the VSS Registration Desk located in the Royal Ballroom foyer. At 6:00 pm
Monday, a desk will also be set up at the entrance to the
dinner in the Vista Ballroom.
The Bar Cross Ellipse Illusion
Guest prices
Thaddeus B. Czuba, Bas Rokers, Lawrence K. Cormack and Alex
C. Huk; The University of Texas at Austin
Adults: $25
Youth (6-12 years old): $10
Children under 6: free
Gideon Caplovitz and Peter Tse; Princeton University and Dartmouth College
A quad-stable stimulus leading to drastically different
percepts based on differential figure-ground segmentation,
assignment and integration of motion sources.
Bypassing V1: Motion through depth from
monocular pattern motions
We show that percepts of motion through depth are supported by stimuli that effectively bypass significant binocular processing in primary visual cortex (V1).
Helmholtz/Zanforlin illusion
Peter Thompson and Rob Stone; University of York
Asked to make a pile of coins as high as it is wide, subjects
make it up to 30% too low. Simple demo with no computer!
Interactive for subject. Cheap.
12
VSS 2009 Program
Perceptual Conduits for Attentional Flow:
Contour Interpolation Exerts Automatic
Effects on Multiple Object Tracking
Brian P. Keane, Everett Mettler, Vicky Tsoi and Phil J. Kellman;
UCLA
We explore multiple object tracking in which moving
items do or do not form interpolated connections with one
another. Our demonstrations show that the ability to track
clearly depends on interpolation.
Subjective disappearance of targets
induced by flickering illumination
Sung-Ho Kim; Rutgers University
Under flickering illumination, peripherally presented
target lines or dots disappear.
Failure of slope constancy
Zhi Li and Frank Durgin; Swarthmore College
Viewed from the top, the downward slope of a hill or ramp
appears shallower when standing at the edge and steeper
when standing back from the edge. The surface can appear
to rotate upward as the observer approaches it.
Growing and Shrinking: The Body-Based
Rescaling of Apparent Size
Sally Linkenauger and Jessica Witt; University of Virginia
We will demonstrate that apparent size is judged relative to
one’s body. Using magnification and minification goggles,
we will show this using a newly discovered visual illusion
to disrupt the relationship between physical object size and
body size.
Marilyn-go-round: the moving hybrid-image
Takao Sato and Kenchi Hosokawa; University of Tokyo
Hybrid-images combine high and low spatial frequency
components from two separate images. We remove the
low spatial frequency content from hypbrid images by
spinning them along a curved orbit. The demo is interactive and amusing.
Motion induces overestimation (MIO)
Maryam Vaziri Pashkam and Arash Afraz; Harvard University
We will demonstrate the motion-induced overestimation
illusion. On a rotating spoked disk,as the rotation speed
increases, the perceived number of spokes increases.
7th Annual VSS Dinner and Demo Night
Binocular shape, unlike binocular space,
is perceived veridically
Tadamasa Sawada, Yunfeng Li, Zygmunt Pizlo and Robert M.
Steinman; Purdue University
It is widely believed that binocular space perception is
inaccurate and unreliable. We will show that this applies
only to depth perception, not to the perception of complex
3D shapes. The geometry responsible for this useful accomplishment will be explained.
Dynamic Object Formation: Perceptual
Reality Combines the Visible and Recently
Visible
Tandra Ghose, Evan Palmer, Brian P. Keane and Phil J. Kellman,
UCLA
We demonstrate perceptual completion in dynamically
occluded and illusory stimuli. We explore the conditions
favoring spatiotemporal completion and demonstrate the
effects of component processes leading to object formation,
including illusions resulting from non-veridical updating
of occluded object position.
The break of the curveball, rolling rolls,
and other illusions
Arthur Shapiro; American University
I will demonstrate new visual effects involving “rotation
from shading,” differences between peripheral and foveal
processing, and a variant of hybrid images.
Smooth pursuit suppresses motion
processing
Peter Tse; Dartmouth College
When smoothly pursuing a moving fixation spot, real
motion in the background is suppressed.
Slant stereomotion from modulation of
interocular spatial frequency difference
Christopher Tyler and Lora Likova; Smith-Kettlewell Eye Research
Institute
If gratings are presented with an interocular spatial-frequency difference (ISFD), modulating the ISFD over time
generates strong percepts of slant stereomotion, even when
orientation or velocity differences exclude the use of conventional binocular disparity cues.
13
Attendee Resources
VSS 2009 Program
Attendee Resources
Airport Transportation
Kids Club is available on the following days:
The one-way VSS fare is $29 per person. Roundtrip purchase is not required. Tickets must be purchased a minimum of 3 days in advance. Individuals from VSS 2009 will
be grouped together for transportation.
Saturday, May 9
Morning session, 8:30 am – 1:00 pm
Afternoon session, 1:00 – 4:00 pm
Full Day, 8:30 am – 4:00 pm
Kids Night Out, 6:00 – 9:00 pm
Note: The Keynote Address and Awards Ceremony is
7:30 – 9:00 pm
VSS has arranged for discounted bidirectional transportation between Fort Meyers airport and the meeting hotels.
Service is provided by Naples Transportation (1-800-5920848), a professional transportation company, and is available 3 days prior to the start of the VSS meeting (Tuesday,
May 5) through 3 days after the close of the meeting (Saturday, May 16), between 6:00 am and 10:00 pm each day.
Transportation drop-offs and pick-ups will include The
Naples Grande Resort & Club, the Hilton Naples, the Staybridge Hotel and the Park Shore Resort.
ATM
An ATM is located in the hotel’s main lobby.
Baggage Check
Bags can be checked with the Bell hop in the main lobby.
Business Center
The Business Center is located in the Orchid Foyer.
Child Care
Daycare is available through the Naples Grande Kids
Club. Half day, full day and evening programs are available. Reservations should be made in advance by calling
239.597.3232, ext. 5612.
Morning Session: 8:30 am – 1:00 pm
Morning session includes a trip through the winding mangrove forest for a visit to the secluded beach, a variety of
activities and lunch at the beach. Cost is $44 per child.
Afternoon Session: 1:00 pm – 4:00 pm
Afternoon session includes swimming and activities at the
Mangrove Mountain Pool, arts and crafts and a tasty treat.
Bring a swimsuit for the afternoon session. Cost is $39 per
child.
Full Day: 8:30 am – 4:00 pm
Cost is $69 per child.
Kids Night Out: 6:00 – 9:00 pm
Kids Night Out offers a themed evening party for kids
4-12, including dinner, games, activities and a movie. Cost
is $49 per child.
14
Friday, May 8
Kids Night Out, 6:00 – 9:00 pm
Note: The Evening Poster Session and Reception is
5:30 – 9:00 pm
Sunday, May 10
Monday, May 11
Tuesday, May 12
Wednesday, May 13
Copying and Printing
Copying and printing can be done at the Hyatt Business
Center, located near the reception desk in the upper lobby.
The nearest FedEx Kinko’s is approximately 2.5 miles away
at 890 Neapolitan Way (cross street Tamiami Trail).
A printer will be available in the Cyber Vision Internet Café
located in the Banyan 1-2 meeting room.
Food Service
Complimentary coffee and tea will be available each morning in the Royal Palm Foyer. Coffee, tea, lemonade and
sodas will also be served each afternoon between afternoon
talk sessions.
The VSS schedule gives a generous two-hour lunch period
to take advantage of the beautiful surroundings and
amenities of the Naples Grande Resort. All Naples Grande
facilities are open to all VSS attendees and their guests.
Grab a lunch and walk down the path through the natural
mangrove estuary to enjoy a break at the beach.
VSS 2009 Program
VSS Marketplace
The VSS Marketplace, located in the Aura Bar/Chill-out
Lounge on the Lobby level, offers a selection of reasonably-priced breakfast, lunch and snack items. All items are
between $1 and $6.
Open 11:00 am – 3:00 pm on Friday, May 8,
7:30 am – 3:00 pm on Saturday, May 9 - Tuesday, May 12,
and 7:30 am – 9:00 am on Wednesday, May 13
Menu Sampling: Chips and fruit, $1; Granola bars, soup
of the day, pastries, $2; Small salads, smoothies, $4; Large
salads, specialty sandwiches, $6
Spressi
Located in the resort lobby, offering a selection of hot coffee
drinks and teas, light breakfast and lunch fare to go. Open
6:00 am – 9:00 pm
Paradise Grill
Located at the beach, serving salads, sandwiches, snacks
and refreshing beverages. Open 11:00 am – 5:00 pm for
food, and 11:00 am to sunset for beverages.
Palm Terrace Pool Bar & Grill
Informal poolside bar serving salads, sandwiches, hamburgers and snacks. Open 11:00 am – 5:00 pm for food, and
11:00 am – 6:00 pm for beverages.
Aura Restaurant
Located in the resort lobby, featuring innovative and sumptuous menus for breakfast, lunch and dinner. Breakfast
buffet, $15. Open 7:00 – 11:00 am for breakfast (Saturday
and Sunday till 12:00 pm). Open 11:30 am – 2:30 pm for
lunch (Open at 12:00 pm on Sunday). Open 6:00 – 10:00 pm
for dinner.
Attendee Resources
ing room located on the Ballroom level. A limited number
of laptop compters will also be available for those who did
not bring their own computers.
Free wireless Internet access is provided by the Naples
Grande Resort in the lobby and restaurant areas of the
hotel. Internet access can be purchased in your hotel room
for $10.95 per day. Internet access is not provided in the
poster and talk meeting rooms.
Lost and Found
Lost and found is located at the Registration Desk in the
Royal Palm Foyer.
Message Center
Messages for registrants can be left and retrieved at the
Registration Desk. A bulletin board will be available in the
Royal Palm Foyer for announcements and job postings.
Parking
Complimentary self-parking is available inside the garage
of the Naples Grande Resort. Turn right off of the main
entrance driveway, then look for the parking garage
entrance on your left. Overflow parking is available on
Seagate Drive.
Pool & Beach
All hotel facilities accessible without a room key are available to all VSS attendees and their guests. Clam Pass beach
is a public beach available to everyone. Free electric carts
run continuously from the hotel to the beach and back.
Shipping
Aura Bar
Open 12:00 pm – 12:00 am.
To ship your poster or other items home from the meeting ask for the Concierge at the front desk of the Naples
Grande.
Guests
VSS Evening Trolley
Guests are allowed complimentary entry into one VSS
session (for the purposes of seeing the poster or talk of the
person they are a guest of).
Guests are welcome at all social functions (Club Vision,
Friday Night Reception and Demo Night). There are the
following fees for guests to eat at Demo Night: Adults $25;
Youth 6-12 $10; Children under 6 free.
Guests must register at the VSS Registration Desk upon
arrival and must be accompanied by the VSS attendee.
Guests must wear a badge for entrance into the session
they are attending and for social events as well.
Internet Access
VSS provides free wired and wireless Internet access in the
Cyber Vision Internet Café located in the Banyan 1-2 meet-
New this year, an evening trolley will run between the
Naples Grande Resort and downtown Naples (with several
stops in between). The trolley is complimentary to VSS
attendees and will run approximately every 30 minutes
from Saturday, May 9, through Tuesday, May 12. A schedule and map can be found in your tote bag or you can pick
up a copy at the Registration Desk. Selected resaurants
are offering a 10% discount to VSS attendees. You must
wear your badge to receive free trolley transportation and
restaurant discounts.
How to Contact Us
If you need to reach VSS meeting personnel while at the
meeting, call ext. 6088 from a house phone, or from outside
the hotel, call 239-597-3232, ext. 6088.
15
Exhibitors
VSS 2009 Program
Exhibitors
VSS recognizes the following companies who are exhibiting at VSS 2009. Thank you for your participation and
support.
Exhibit Hours
Saturday, May 9, 8:30 am – 6:45 pm
Sunday, May 10, 8:30 am – 6:45 pm
Monday, May 11, 8:30 am – 1:00 pm
Tuesday, May 12, 8:30 am – 6:45 pm
All exhibits are located in the Orchid Foyer.
Arrington Research, Inc.
Booth 7
230 Hz ViewPoint EyeTracker® systems from Arrington
Research are now shipping. All systems include a Software
Developers Kit (SDK), real-time Ethernet communication,
built-in stimulus presentation, post-hoc data analysis tools,
a MATLAB toolbox, many other 3rd Party product interfaces and examples. Great for both human and non-human
primates and can be provided with Analog and TTL communication to ensure seamless communication with your
existing equipment. ViewPoint EyeTracker® systems are the
easiest and best value available and include light-weight
head mounted, HMD and head fixed systems. Arrington
Research has been providing reliable affordable eye trackers for the research market worldwide for almost 15 years.
Dimensional Imaging
Booth 6
Dimensional Imaging supplies high definition DI3D(tm)
3D surface image capture and 4D facial performance capture systems. DI3D(tm) 3D capture systems use an array
of digital stills cameras at up to 21 mega-pixels to instantly
capture the highest definition 3D images available. 4D
systems capture full color hi-res facial performance at up
to 60fps without markers, make-up or structured light and
export to C3D and other formats. Both type of system are
already in use at leading visual perception research centres.
www.di3d.com
The MIT Press
Booth 11
The MIT Press publishes many books and journals dedicated to the vision sciences, visual neuroscience, cognitive
science, perception and related fields. Please visit our booth
to receive a 30% discount on our newest and most relative
titles.
16
Motion Imaging Corporation
Booth 3
Motion Imaging Corporation (MIC) offers high-performance, cost effective and easy-to-use tracking systems.
We do this by integrating software and hardware to create
“World Class” digital imaging and motion analysis systems. Our tracking systems include: 3D motion analysis
trackers, head trackers, markerless trackers and eye trackers.
Oxford University Press
Booth 2
Please visit our booth, where you can save 20% off all
of Oxford University Press titles, including McCloskey:
Visual Reflections, Carey: Origin of Concepts, Luck: Visual
Memory, Shipley: Understanding Events, Wright: Orienting of Attention, Howard: Seeing in Depth, Bachmann:
Experimental Phenomena of Consciousness, Peterson: In
the Mind’s Eye, Haggard: Sensorimotor Foundations of
Higher Cognition, Driver: Mental Processes in the Human
Brain, and many more.
Sensics, Inc.
Booth 5
Sensics offers lightweight professional head-mounted
displays that combine panoramic field of view, high resolution and comfort. The unique Sensics technology delivers
stunning image quality, unmatched immersion and realism, and is delivered either as lightweight, stereoscopic
head-mounted displays, or as ultra-light display modules
suitable for custom use. Commonly-used Sensics headmounted displays offer a field of view of 120x45, 1920x1080
pixel resolution and are compatible with most motion and
eye tracking systems. Higher-end models are also available. The level of immersion, field of view and resolution
offered by Sensics products have made them the research
tool of choice in leading universities worldwide.
SR Research Ltd.
Booth 13
SR Research, makers of the EyeLink Hi-Speed eye tracker
line, have been developing advanced eye tracking technologies since 1992. Please visit our website at http://www.
sr-research.com for details on our eye tracking hardware
and software product range.
VSS 2009 Program
SensoMotoric Instruments:
Eye & Gaze Tracking
Booth 4
SMI designs advanced video eye tracking systems that
combine ease of use and flexibility with advanced technology. SMI products offer the ability to measure gaze
position, saccades, fixations, pupil size, torsion, etc. This
includes fully remote systems, binocular high-speed/highprecision, and fMRI/MEG compatible systems. Experiment
Center 360° continues to serve researchers, corporations
and consultants worldwide by offering a simple solution to
stimulus presentation, data acquisition and analysis.
Exhibitors
Smart Eye AB
Booth 1
Smart Eye Pro has become one of the most advanced and
easy to use eye tracking systems available today. Within a
couple of seconds it is ready to deliver more than 200 different values in real time. With its flexible setup it can be
used in any application were you need a remote eye tracking system. Smart Eye Pro gives you more than 200 degrees
of visual field with a 6 camera setup and can be used in any
lightning conditions. With its open architecture it’s easy to
do integration with other applications such as EGI’s Net
Station and E-prime for EEG measurements.
VPixx Technologies Inc.
Tobii Technology
VPixx Technologies welcomes the vision community to
VSS 2009, and is excited to showcase our new DATAPixx
product. The DATAPixx is an essential realtime hardware toolbox containing solutions to many of the technical
challenges associated with stimulus presentation and data
acquisition. DATAPixx features dual synchronized video
outputs with 16-bit video DACs for presenting low-contrast stimuli, 16 simultaneously sampled ADC channels, 4
DAC outputs, stereo audio I/O, and digital I/O for triggers
and response boxes. All data I/O is hardware synchronized to video refresh with microsecond precision! Visit
our booth to discuss how VPixx Technologies can become
your vision science solution.
Tobii Technology is a world leader in hardware and software solutions for eye- tracking. Our products are used by
researchers in developmental psychology, HCI, cognitive
psychology, ophthalmology, neurophysiology, reading
studies, usability and marketing research, and by disabled
people as a primary way to communicate. Our remote eye
tracking is non-intrusive and user friendly. We do not use
head restraints or wearable devices. By not interfering with
participants through restraints, our systems are able to capture a more natural response from test participants. Tobii
Technology is based in Stockholm, Sweden, with branches
in the US, Germany and Japan. Visit www.tobii.com.
Booth 8
Sinauer Associates, Inc.
Booth 12
Founded in 1969, Sinauer Associates, Inc. publishes college-level textbooks and educational multimedia in biology, psychology, neuroscience, and allied disciplines. The
company strives to work with talented and knowledgeable
authors, to create books and media that are beautifully
designed and produced, and to communicate effectively
with each title’s intended audience.
Booth 10
WorldViz
Booth 9
WorldViz is an industry leader in interactive virtual reality
solutions. The company’s flagship products are VIZARD,
the VR communities favored interactive 3D content
creation software, and PPT X4, the most cost effective
wide-area tracking system currently available. WorldViz
provides high quality, low-cost immersive 3D products to
researchers, educators, designers, manufacturers, and other
professionals, integrating all common VR products on the
market and delivering complete turnkey solutions.
17
Travel Awards
VSS 2009 Program
Travel Awards
Elsevier/Vision Research Travel Awards
VSS congratulates this year’s recipients of the 2009 Elsevier/Vision Research Travel Award. The Travel
Awards will be presented at the Keynote Address and Awards Ceremony on Saturday, May 9, at 7:30 pm
in Royal Palm Ballroom 4-5.
Tracey Brandwood
Cardiff University, School of Psychology
Advisor: Simon Rushton
Jason Fischer
Krista Ehinger
Massachusetts Institute of Technology,
Department of Brain and Cognitive Sciences
Advisor: Aude Oliva
University of California Davis,
Center for Mind and Brain and Department of Psychology
Advisor: David Whitney
Tao Gao
Stephenie Harrison
Robert Held
Vanderbilt University
Advisor: Frank Tong
Elizabeth Huber
University of Washington
Advisor: Ione Fine
Farhan Khawaja
McGill University Montreal Neurological Institute
Advisor: Christopher Pack
Jeffrey Lin
University of Washington, Department of Psychology
Advisors: Geoffrey Boynton, Scott Murray
Kyle Mathewson
University of Illinois at Urbana-Champaign,
Beckman Institute for Advanced Science and Technology
Advisors: Gabriele Gratton, Monica Fabiani
Vani Pariyadath
Baylor College of Medicine
Advisor: David M. Eagleman
Joshua Susskind
University of Toronto, Department of Psychology
Advisor: Adam K. Anderson
Kevin Weiner
Stanford University
Advisor: Kalanit Grill-Spector
Yale University
Advisor: Brian Scholl
UCSF / UC Berkeley,
Joint Graduate Group in Bioengineering
Advisor: Marty Banks
Walter Jermakowicz
Vanderbilt Vision Research Center
Advisor: Vivien Casagrande
Maria Lev
Tel-Aviv University
Advisor: Uri Polat
Tomer Livne
Weizmann Institute of Science
Advisor: Dov Sagi
Marieke Mur
Maastricht University,
Department of Cognitive Neuroscience
Advisor: Nikolaus Kriegeskorte
Karen Schloss
University of California Berkeley,
Department of Psychology
Advisor: Stephen E. Palmer
Katie Wagner
University of California, San Diego
Advisor: Karen Dobkins
Mariko Yamaguchi
Johns Hopkins University
Advisor: Lisa Feigenson
18
VSS 2009 Program
Satellite Events
Satellite Events
Funding Opportunities in Vision Research
Saturday, May 9, 1:30 – 2:30 pm, Royal Ballroom 1-3
Michael Oberdorfor, National Eye Institute/NIH/HHS
Michael Oberdorfor of the National Eye Institute will give a brief presentation and answer questions on current funding
opportunities in vision research at the National Eye Institute and the NIH. Bring your questions!
Python & Vizard User Group Meeting
Sunday, May 10, 1:00 – 2:30 pm, Royal Ballroom 1-3
Organizer: Ben Backus, SUNY
Many psychophysicists and neuroscientists have migrated to Python as a platform for conducting experiments and for
data analysis. Python is extensible like Matlab, has a large user base, comes pre-installed on many systems, and is widely
taught as a first programming language. Unlike Matlab, Python is open source and freely available. We will hear from
adopters about their experience using open-source Python tools (e.g. Vision Egg, PsychoPy) and commercial Pythonbased packages that add significant functionality (e.g. Vizard). During discussion we will share tips and identify issues of
importance to users.
The Best Visual Illusion of the Year Contest
Sunday, May 10, 7:00 – 9:00 pm, Naples Philharmonic Center for the Arts
Organizer: Susana Martinez-Conde, Neural Correlate Society
The Best Visual Illusion of the Year Contest is a celebration of the ingenuity and creativity of the
world’s premier visual illusion research community. Contestants from all around the world have
submitted novel visual illusions (unpublished or published no earlier than 2008) and an international panel of judges has rated them and narrowed them to the Top Ten. At the Contest Gala at
the Naples Philharmonic Center for the Arts, the top ten illusionists will present their creations
and attendees of the event (that means you!) will vote to pick the Top Three Winners! The 2009
Contest Gala is hosted by Peter Thompson. For more information, go to www.neuralcorrelate.com.
VVRC-CVS Social at VSS
Sunday, May 10, 10:00 pm – 1:00 am, Vista Ballroom and Sunset Deck
Organizers: Duje Tadin, University of Rochester and Jeff Schall, Vanderbilt University
Continuing the long tradition of social events organized by the University of Rochester’s Center for Visual Science (CVS)
and the Vanderbilt Vision Research Center (VVRC), we invite all VSS attendees to the VVRC-CVS social at VSS. The event
will be held on Sunday, May 10th from 10pm to 1am in the Vista Ballroom at the Naples Grande Resort. First 150 guests
will receive a free drink ticket.
19
VSS 2009 Program
Symposium summaries are presented below. See the
Abstracts book for the full text of each presentation. Preregistration is not necessary to attend a symposium, but
rooms will fill up quickly, so plan to arrive early.
together for a temporally unified picture of the world, and how
this is related to the mechanisms of space perception. The speakers
in this symposium are engaged in experiments at complementary
levels of exploring sub-second timing and its relation to space.
Schedule Overview
A neural model for temporal order judgments and their active
recalibration: a common mechanism for space and time?
Friday, May 8, 1:00 – 3:00 pm
S1 Common Mechanisms in Time and Space Perception,
S2 ARVO@VSS: Advances in Understanding the Structure and
and Function of the Retina, Royal Palm Ballroom 4-5
S3 Is number visual? Is vision numerical? Investigating the
relationship between visual representations and the property of
magnitude, Royal Palm Ballroom 6-8
Friday, May 8, 3:30 – 5:30 pm
S4 Retinotopic and Non-retinotopic Information Representation
and Processing in Human Vision, Royal Palm Ballroom 1-3
S5 Dynamic Processes in Vision, Royal Palm Ballroom 4-5
S6 Modern Approaches to Modeling Visual Data,
Presentations
David M. Eagleman, Mingbo Cai, Chess Stetson
Space-time in the brain
Concetta Morrone, David Burr
Adaptation to space and to time
Jonathan Kennedy, M.J. Buehner, S.K. Rushton
A temporal limit on judgments of the position of a moving object
Alex Holcombe, Daniel Linares, Alex L. White
S2
ARVO@VSS: Advances in Understanding
the Structure and Function of the Retina
Friday, May 9, 1:00 – 3:00 pm, Royal Palm Ballroom 4-5
Organizer: Donald Hood (Columbia University)
Presenters: Dennis Dacey (University of Washington), Paul R Martin
(National Vision Research Institute of Australia & Department of Optometry and Vision Sciences & University of Melbourne, Australia.), Austin
Roorda (University of California, Berkeley), Donald C Hood (Columbia
University)
Organizer: David Eagleman (Baylor College of Medicine)
Symposium Summary
Presenters: David Eagleman (Baylor College of Medicine), Concetta
Morrone (Università di Pisa, Pisa, Italy), Jonathan Kennedy (University of
Cardiff), Alex Holcombe (University of Sydney)
This symposium was designed in conjunction with Steve Shevell
to bring the latest advances presented at ARVO to the VSS audience. There will be four talks covering the following topics. I will
moderate it and speak last on. “Advances in structural imaging
of the human retina.” Before me the speakers and topics will be:
D. Darcy (Advances in retinal anatomy); P. Martin (Advances in
retinal physiology); and A. Roorda (Advances in optical imaging
of the human retina). The speakers are all experienced researchers and lectures use to speaking to diverse audiences. Thus the
level should be appropriate for all attendees at VSS from students
to experts in vision or cognition.
S1
Common Mechanisms in Time and Space
Perception
Symposium Summary
Most of the actions we carry out on a daily basis require timing on
the scale of tens to hundreds of milliseconds. We must judge time to
speak, to walk, to predict the interval between our actions and their
effects, to determine causality and to decode information from our
sensory receptors. However, the neural bases of time perception
are largely unknown. Scattered confederacies of investigators have
been interested in time for decades, but only in the past few years
have new techniques been applied to old problems. Experimental psychology is discovering how animals perceive and encode
temporal intervals, while physiology, fMRI and EEG unmask how
neurons and brain regions underlie these computations in time.
This symposium will capitalize on new breakthroughs, outlining
the emerging picture and highlighting the remaining confusions
about time in the brain. How do we encode and decode temporal information? How is information coming into different brain
regions at different times synchronized? How plastic is time perception? How is it related to space perception? The experimental
work of the speakers in this symposium will be shored together
to understand how neural signals in different brain regions come
20
Presentations
Advances and challenges in understanding the normal retina
Dennis Dacey
Advances in understanding circuits serving colour vision
Paul R Martin, Ulrike Grunert, Sammy CS Lee, Patricia R Jusuf
Advances in optical imaging of the human retina
Austin Roorda
Advances in structural imaging of the human retina
Donald C Hood
VSS 2009 Program
S3
Is number visual? Is vision numerical?
Investigating the relationship between
visual representations and the property of
magnitude
Organizer: Michael C. Frank (Massachusetts Institute of Technology)
Presenters: David Burr (Dipartimento di Psicologia, Università Degli Studi
di Firenze and Department of Psychology, University of Western Australia),
Michael C. Frank (Massachusetts Institute of Technology), Steven Franconeri (Northwestern University), David Barner (University of California, San
Diego), Justin Halberda (Johns Hopkins University)
Symposium Summary
The ability to manipulate exact numbers is a signature human
achievement, supporting activities like building bridges, designing computers, and conducting economic transactions. Underlying
this ability and supporting its acquisition is an evolutionarily-conserved mechanism for the manipulation of approximate quantity:
the analog magnitude system. The behavioral and neural signatures of magnitude representations have been extensively characterized but how these representations interact with other aspects of
cognitive and visual processing is still largely unknown. Do magnitude features attach to objects, scenes, or surfaces? Is approximate magnitude representation maintained even for sets for which
exact quantity is known? Is magnitude estimation ability altered
by experience?
The goal of our symposium is to look for answers to these questions by asking both how number is integrated into visual processing and how visual processing in turn forms a basis for the acquisition and processing of exact number. We address these questions
through talks on three issues: 1) the basic psychophysical properties of numerical representations (Halberda, Burr), 2) how visual
mechanisms integrate representations of number (Franconeri &
Alvarez), and 3) how these representations support exact computation, both in standard linguistic representations (Frank) and via
alternative representations (Barner).
The issues addressed by our symposium have been a focus of
intense recent interest. Within the last four years there have been
a wide variety of high-profile reports from developmental, neuroscientific, comparative, and cross-linguistic/cross-cultural studies
of number. Research on number is one of the fastest moving fields
in cognitive science, due both to the well-defined questions that
motivate research in this field and to the wide variety of methods
that can be brought to bear on these questions.
The target audience of our symposium is a broad group of vision
scientists, both students and faculty, who are interested in connecting serious vision science with cognitive issues of broad relevance
to a wide range of communities in psychology, neuroscience, and
education. In addition, the study of number provides an opportunity to link innovations in vision research methods—including
psychophysical-style experimental designs, precise neuroimaging
methods, and detailed computational data analysis—with deep
cognitive questions about the nature of human knowledge. We
anticipate that attendees of our symposium will come away with a
good grasp of the current state of the art and the outstanding issues
in the interface of visual and numerical processing.
Presentations
A visual sense of number
David Burr
Language as a link between exact number and approximate
magnitude
Michael C. Frank
Rapid enumeration is based on a segmented visual scene
Steve Franconeri, George Alvarez
Constructing exact number approximately: a case study of mental
abacus representations
David Barner
An interface between vision and numerical cognition
Justin Halberda
S4
Retinotopic and Non-retinotopic
Information Representation and
Processing in Human Vision
Organizers: Haluk Ogmen (University of Houston) and Michael H. Herzog
(Laboratory of Psychophysics, BMI, EPFL, Switzerland)
Presenters: Doug Crawford (Centre for Vision Research, York University,
Toronto, Ontario, Canada), David Melcher (Center for Mind/Brain Sciences
and Department of Cognitive Sciences University of Trento, Italy), Patrick
Cavanagh (LPP, Université Paris Descartes, Paris, France), Shin’ya Nishida
(NTT Communication Science Labs, Atsugi, Japan), Michael H. Herzog
(Laboratory of Psychophysics, BMI, EPFL, Switzerland)
Symposium Summary
Due to the movements of the eyes and those of the objects in the
environment, natural vision is highly dynamic. An understanding of how the visual system can cope with such complex inputs
requires an understanding of reference frames, used in the computations of various stimulus attributes. It is well known that the
early visual system has a retinotopic organization. It is generally
thought that the retinotopic organization of the early visual system is insufficient to support the fusion of visual images viewed
at different eye positions. Moreover, metacontrast masking and
anorthoscopic perception show that a retinotopic image is neither
sufficient nor necessary for the perception of spatially extended
form. How retinotopic representations are transformed into more
complex non-retinotopic representations has been long-standing
and often controversial question. The classical paradigm to study
this question has been the study of memory across eye movements.
As we shift our gaze from one fixation to another one, the retinotopic representation of the environment undergoes drastic shifts,
yet phenomenally our environment appears stable. How is this
phenomenal stability achieved? Does the visual system integrate
information across eye movements and if so how? A variety of
theories ranging from purely retinotopic representations without
information integration to detailed spatiotopic representations
with point-by-point information integration have been proposed.
Talks in this symposium (Crawford, Melcher, Cavanagh) will
address the nature of trans-saccadic memory, the role of extra-retinal signals, retinotopic, spatiotopic, and objectopic representations
for information processing and integration during and across eye
21
movements. In addition to the challenge posed by eye movements
on purely retinotopic representations, recent studies suggest that,
even under steady fixation, computation of moving form requires
non-retinotopic representations. This is because objects in the environment often move with complex trajectories and do not stimulate
sufficiently retinotopically anchored receptive fields. Moreover,
occlusions can “blank out” retinotopic information for a significant
time period. These failures to activate sufficiently retinotopically
anchored neurons, in turn, suggest that some form of non-retinotopic information analysis and integration should take place. Talks
in this symposium (Nishida, Herzog) will present recent findings
that show how shape and color information for moving objects
can be integrated according to non-retinotopic reference frames.
Taken together, the talks at the symposium aim to provide a recent
perspective to the fundamental problem of reference frames utilized by the visual system and present techniques to study these
representations during both eye movement and fixation periods.
The recent convergence of a variety of techniques and stimulus
paradigms in elucidating the roles of non-retinotopic representations provides timeliness for the proposed symposium. Since nonretinotopic representations have implications for a broad range of
visual functions, we expect our symposium to be of interest to the
general VSS audience including students and faculty.
Presentations
Cortical Mechanisms for Trans-Saccadic Memory of Multiple
Objects
Doug Crawford, Steven Prime
Trans-Saccadic Perception: “Object-otopy” across Space and Time
David Melcher
Spatiotopic Apparent Motion
Patrick Cavanagh, Martin Szinte
Trajectory Integration of Shape and Color of Moving Object
Shin’ya Nishida, Masahiko Terao, Junji Watanabe
A Litmus Test for Retino- vs. Non-retinotopic Processing
Michael Herzog, Marc Boi, Thomas Otto, Haluk Ogmen
S5
Dynamic Processes in Vision
Organizer: Jonathan D. Victor (Weill Medical College of Cornell University)
Presenters: Sheila Nirenberg (Dept. of Physiology and Biophysics, Weill
Medical College of Cornell University), Diego Contreras (Dept. of Neuroscience, University of Pennsylvania School of Medicine), Charles E. Connor
(Dept. of Neuroscience, The Johns Hopkins University School of Medicine), Jeffrey D. Schall (Department of Psychology, Vanderbilt University)
Symposium Summary
The theme of the symposium is the importance of analyzing the
time course of neural activity for understanding behavior. Given
the very obviously spatial nature of vision, it is often tempting to
ignore dynamics, and to focus on spatial processing and maps. As
the speakers in this symposium will show, dynamics are in fact
crucial: even for processes that appear to be intrinsically spatial,
the underlying mechanism often resides in the time course of neural activity. The symposium brings together prominent scientists
who will present recent studies that exemplify this unifying theme.
22
VSS 2009 Program
Their topics will cover the spectrum of VSS, both anatomically and
functionally (retinal ganglion cell population coding, striate cortical mechanisms of contrast sensitivity regulation, extrastriate
cortical analysis of shape, and frontal and collicular gaze control
mechanisms). Their work utilizes sophisticated physiological techniques, ranging from large-scale multineuronal ex-vivo recording
to intracellular in vivo recording, and employs a breadth of analytical approaches, ranging from information theory to dynamical
systems.
Because of the mechanistic importance of dynamics and the broad
range of the specific topics and approaches, it is anticipated that
the symposium will be of interest to physiologists and non-physiologists alike, and that many VSS members will find specific relevance to their own research.
Presentations
How neural systems adjust to different environments: an intriguing
role for gap junction coupling
Sheila Nirenberg
Cortical network dynamics and response gain
Diego Contreras
Dynamic integration of object structure information in primate
visual cortex
Charles E. Connor
Timing of selection for the guidance of gaze
Jeffrey D. Schall
S6
Modern Approaches to Modeling Visual
Data
Organizer: Kenneth Knoblauch (Inserm, U846, Stem Cell and Brain
Research Institute, Bron, France)
Presenters: Kenneth Knoblauch (Inserm, U846, Bron, France), David H.
Foster (University of Manchester, UK), Jakob H Macke (Max-Planck-Institut
für biologische Kybernetik, Tübingen), Felix A. Wichmann (Technische
Universität Berlin & Bernstein Center for Computational Neuroscience
Berlin, Germany), Laurence T. Maloney (NYU)
Symposium Summary
A key step in vision research is comparison of experimental data
to models intended to predict the data. Until recently, limitations on computer power and lack of availability of appropriate
software meant that the researcher’s tool kit was limited to a few
generic techniques such as fitting individual psychometric functions. Use of these models entails assumptions such as the exact
form of the psychometric function that are rarely tested. It is not
always obvious how to compare competing models, to show that
one describes the data better than another or to estimate what percentage of ‘variability’ in the responses of the observers is really
captured by the model. Limitations on the models that researchers
are able to fit translate into limitations on the questions they can
ask and, ultimately, the perceptual phenomena that can be understood. Because of recent advances in statistical algorithms and the
increased computer power available to all researchers, it is now
possible to make use of a wide range of computer-intensive para-
VSS 2009 Program
metric and nonparametric approaches based on modern statistical
methods. These approaches allow the experimenter to make more
efficient use of perceptual data, to fit a wider range of perceptual
data, to avoid unwarranted assumptions, and potentially to consider more complex experimental designs with the assurance that
the resulting data can be analyzed. Researchers are likely familiar
with nonparametric resampling methods such as bootstrapping
(Efron, 1979; Efron & Tibshirani, 1993). We review a wider range of
recent developments in statistics in the past twenty years including
results from the machine learning and model selection literatures.
Knoblauch introduces the symposium and describes how a wide
range of psychophysical procedures (including fitting psychophysical functions, estimating classification images, and estimating the
parameters of signal detection theory) share a common mathematical structure that can be readily addressed by modern statistical
approaches. He also shows how to extend these methods to model
more complex experimental designs and also discusses modern
approaches to smoothing data. Foster describes how to relax the
typical assumptions made in fitting psychometric functions and
instead use the data itself to guide fitting of psychometric functions. Macke describes a technique---decision-images--- for extracting critical stimulus features based on logistic regression and how
to use the extracted critical features to generate optimized stimuli
for subsequent psychophysical experiments. Wichmann describes
how to use “inverse” machine learning techniques to model visual
saliency given eye movement data. Maloney discusses the mea-
surement and modeling of super-threshold differences to model
appearance and gives several examples of recent applications to
surface material perception, surface lightness perception, and
image quality. The presentations will outline how these approaches
have been adapted to specific psychophysical tasks, including psychometric-function fitting, classification, visual saliency, difference
scaling, and conjoint measurement. They show how these modern
methods allow experimenters to make better use of data to gain
insight into the operation of the visual system than hitherto possible.
Presentations
Generalized linear and additive models for psychophysical data
Kenneth Knoblauch
Model-free estimation of the psychometric function
David H. Foster, K. Zychaluk
Estimating Critical Stimulus Features from Psychophysical Data:
The Decision-Image Technique Applied to Human Faces
Jakob H. Macke, Felix A. Wichmann
Non-linear System Identification: Visual Saliency Inferred from
Eye-Movement Data
Felix A. Wichmann, Wolf Kienzle, Bernhard Schölkopf, Matthias Franz
Measuring and modeling visual appearance of surfaces
Laurence T. Maloney
Club Vision Dance Party
Tuesday, May 12, 9:30 pm – 1:30 am, Vista Ballroom and Sunset Deck
The highlight of the VSS social program takes place on the last night of the conference
when VSS hosts the Club Vision Dance Party, featuring a DJ with a professional sound
system and special lighting effects. A cash bar is available for drink purchases.
The wearing of glowing or flashing accessories has become a tradition for this event and
we will again be distributing free glow-in-the-dark necklaces and bracelets at the event.
We encourage you to also bring your own creative accessories.
Please come to dance and party with us until 1:30 am.
23
Friday Sessions
Friday Sessions
VSS 2009 Program
Friday Sessions
Attention: Models
Friday, May 8, 6:30 – 9:00 pm
Poster Session, Vista Ballroom
Friday, May 8, 6:30 – 9:00 pm
16.501 Emotional expression perception in facial parts. Sayako
16.515 Spatially cued visual attention for precise discriminations
may narrow the template as well as excluding external noise: An
elaborated perceptual template model Shiau-Hua Liu, Barbara
Ueda, Takamasa Koyama
16.502 Discriminating fleeting facial expressions using featural
and configural information Timothy D. Sweeny, Marcia
Grabowecky, Ken A. Paller, Satoru Suzuki
16.503 Different Mechanism for processing Emotional Faces at the
Segregation Level from the Background Mehrdad Seirafi, Beatrice
de Gelder
Anne Dosher, Zhong-Lin Lu
16.516 Attending to a Feature Results in Neighboring WithinFeature Suppression Xin Chen, John Tsotsos
16.517 The influence of target discriminability on the time course
of attentional selection Srivas Chennu, Patrick Craston, Brad
16.504 Varieties of perceptual independence in the processing of
Wyble, Howard Bowman
Rebecca Von Der Heide, Jennifer Bittner
Søren Kyllingsbæk, Claus Bundesen
facial identity and expression Daniel Fitousi, Michael Wenger,
16.518 Modelling of Attentional Dwell Time Anders Petersen,
16.505 Mixed emotions: Holistic and analytic perception of facial
expressions Sean Butler, James Tanaka, Martha Kaiser, Richard Le
16.519 A model of performance in whole and partial report experi-
Grand
ments Tobias Andersen
16.520 Modulation of Auditory and Visual Motion Aftereffects by
16.506 How efficient are the recognition of dynamic and static
facial expressions? Zakia Hammal, Frédéric Gosselin, Isabelle
Selective Attention to Opposite-Moving Spectral Components:
Psychophysics and Computational Models Thomas Papathomas,
16.507 Individual differences in attentional distraction and facili-
16.521 Gist Based Top-Down Templates for Gaze Prediction
Mendez
disorders Christine Deruelle, Andreia Santos, Delphine Rosset,
16.522 What the Searchlight saw: revealing the extent of natural
image information that passes through bottom-up visual attention mechanisms to higher visual processing. Terrell Mundhenk,
16.509 Increasing variance in emotional expression in a crowd of
faces reduces sensitivity to the average face Ashley Dziuk, Jason
16.523 Attention Prioritization as a Mechanism Underlying
Context-Guided Learning in Visual Search Yuan-Chi Tseng,
16.510 Modulating observer’s pain by manipulating the diagnosticity of face stimuli for the recognition of the expression of pain
16.524 Visual Routines for Sketches: A Computational Model
Fortin
tation by emotional faces Reiko Graham, Janine Harlow, Roque
16.508 Visual search for emotional faces in neurodevelopmental
David Da Fonseca
Haberman, David Whitney
Cynthia Roy, Vincent Taschereau-Dumouchel, Daniel Fiset, Pierre
Rainville, Frédéric Gosselin
16.511 Early, rapid processing of fearful facial expression in
a patient with bilateral amygdala lesions. Farshad Moradi,
Naotsugu Tsuchiya , Ralph Adolphs
16.512 Deciding to approach other people: The influence of face
and body expressions Megan Willis, Romina Palermo, Darren
Anshul Jain
Zhicheng Li, Laurent Itti
Wolfgang Einhäuser, Laurent Itti
Chiang-Shan Ray Li
Andrew Lovett, Kenneth Forbus
16.525 The effect of experience on visual capture in a virtual
environment Katherine Snyder, Brian Sullivan, Richard Revia,
Mary Hayhoe
16.526 Investigating the Link Between Visual Attention and
Emotion: A TVA-Based Computational Approach Daniel Barratt
Burke
16.513 The role of the amygdala in orienting attention to eyes
within complex social scenes Elina Birmingham, Moran Cerf,
Ralph Adolphs
16.514 MDMA (‘Ecstasy’) impairs categorization of brief fearful
expressions Matthew Baggott, Gantt Galloway, Hossein Pournajafi-Nazarloo, C. Sue Carter, Ryne Didier, Margie Jang, Jeremy
Coyle, John Mendelson
24
See page 11 for Abstract Numbering System
VSS 2009 Program
Friday, May 8, 6:30 – 9:00 pm
Neural Mechanisms: Visual and
Visuomotor Function
16.527 Stability of Eccentric Attention Linh Dang, Laura Walker
Friday, May 8, 6:30 – 9:00 pm
16.528 Simulation of human eyes in three dimensions Dinesh Pai,
16.539 Insect visual learning: Drosophila melanogaster can
discriminate and generalize the shapes of a circle and a cross Jen-
Renninger, Donald Fletcher
Qi Wei
16.529 Latency/accuracy trade-offs during sequences of saccades
Chia-Chien Wu, Brian Schnitzer, Eileen Kowler, Zygmunt Pizlo,
Manish Singh
16.530 Cognitive expectation and repetitive priming contribute to
probabilistic encoding in frontal cortex Stephen Heinen, Joel Ford,
Chao Chen, Sarina Hui-Lin Chien, Wei-Yong Lin
16.540 Spatial representation during saccade adaptation in
macaque areas V1 and V4 Steffen Klingenhoefer, Markus Witten-
berg, Thomas Wachtler, Frank Bremmer
16.541 Frontal eye field activity before form visual search errors
Shun-nan Yang
Jeremiah Y. Cohen, Richard P. Heitz, Geoffrey F. Woodman,
Jeffrey D. Schall
16.531 Differential Effects of Partial Foreknowledge on Efficiency
and Switch Costs of Saccadic Eye Movements Mathias Abegg,
16.542 Frontal Eye Field modulation of Parieto-Occipital visual
processing; an online TMS EEG study Marie-Helene Grosbras,
Jason Barton
16.532 The influence of prior experience and task-demands on
visual search for a pop-out target Brian Sullivan, Mary Hayhoe
16.533 Task-driven Saliency Using Natural Statistics (SUN)
Matthew Tong, Christopher Kanan, Lingyun Zhang, Garrison
Cottrell
16.534 The role of visual saliency and subjective-value in rapid
decision making Milica Milosavljevic, Vidhya Navalpakkam,
Christof Koch, Antonio Rangel
16.535 I like what I see: Using eye-movement statistics to detect
image preference Tim Holmes, Johannes Zanker
16.536 What eye-movements tell us about online learning of the
structure of scenes Maolong Cui, Gergõ Orbán, Máté Lengyel,
József Fiser
16.537 Looking away from faces: Influence of high level visual
processes on saccade programming Stephanie M Morand, Marie-
Helene Grosbras, Roberto Caldara, Monika Harvey
16.538 Tracking the Visual Attention of Novice and Experienced
Jason Lauder, Nienke Hoogenboom
16.543 Illuminating Awareness: Investigating the temporal and
spatial neural dynamics of metacontrast masking using the eventrelated optical signal Kyle Mathewson, Diane Beck, Tony Ro,
Monica Fabiani, Gabriele Gratton
16.544 Theta-burst transcranial magnetic stimulation to the
prefrontal cortex impairs metacognitive visual awareness Brian
Maniscalco, Elisabeth Rounis, John C. Rothwell, Richard E. Passingham, Hakwan Lau
16.545 Alteration of Visuomotor Processing Following Left-right
Prism Adaptation Brian Barton, Ling Lin, Christian Herrera,
Alyssa A. Brewer
16.546 Visual Field Mapping of Visuomotor Adaptation to Prisms
Ling Lin, Brian Barton, Christian Herrera, Alyssa A. Brewer
16.547 Dissociation of feature-based motion and ‘objectless’
motion energy for direction discrimination within the sighted
and blindsighted visual fields of a hemianope. Paul Azzopardi,
Howard S. Hock
Drivers D. Alfred Owens, Jennifer Stevenson, Andrew Osborn,
James Geer
25
Friday Sessions
Friday Sessions
Saturday Sessions
VSS 2009 Program
Saturday Sessions
Saturday Sessions
Color and Light: Neural Representations of
Color
Saturday, May 9, 8:30 – 10:00 am
Talk Session, Royal Ballroom 1-3
Moderator: Sophie Wuerger
9:30 am
21.25 The sum of its parts? Decoding the representation of
multiple simultaneous stimuli objects in the human brain using
fMRI Sean MacEvoy, Russell Epstein
9:45 am
21.26 Where do objects become scenes? Jiye Kim, Irving
8:30 am
21.11, 8:30 am Decoding and reconstructing color from responses
Biederman
8:45 am
21.12 Multivoxel Pattern Analysis of chromatic responses in LGN
Moderator: Shin’ya Nishida
in human visual cortex Gijs Joost Brouwer, David Heeger
and V1 Sophie Wuerger, Laura Parkes, Jan-Bernard C Marsman,
David C Oxley, Yannis Goulermas
9:00 am
21.13 The significance of Whittle’s experiments on luminance
discrimination and brightness scaling for the multiplicativeversus-additive contrast-noise question Frederick Kingdom
9:15 am
21.14 Producing non-Hering Hue Combinations Using Complemen-
tary Chromatic Induction Gennady Livitz, Arash Yazdanbakhsh,
Rhea Eskew, Ennio Mingolla
9:30 am
21.15 Both Monocular and Binocular Mechanisms Underlie
Perceived Temporal Modulation of Color Anthony D’Antona, Jens
Christiansen, Steven Shevell
11:00 am
22.11 The Visual System Discounts Temporal Artifacts Introduced
by its Eye Movements During Reading Peter Bex, Keith Langley
11:15 am
22.12 Age-related changes in the temporal modulation transfer
function (TMTF) assessed with a novel optical device in the fovea
and parafovea Lisa Renzi, Billy Wooten, Billy Hammond
11:30 am
22.13 Dissociating motion-induced position illusions by the
velocity dependence of both their magnitude and their variability
Alex Holcombe, Daniel Linares
11:45 am
22.14 Perceptual ambiguity of bistable stimuli has little effects on
9:45 am
21.16 Visual search for colors as a test of the Sapir-Whorf hypoth-
perceptual latency Shin’ya Nishida, Shigekazu Takei
Heather A Shamp
processing revealed by binding and synchrony judgments Waka
esis Angela M Brown, Delwin T Lindsey, Renee S Rambeau,
Moderator: Nikolaus Kriegeskorte
8:30 am
21.21 Heads, Shoulders, Knees and Toes: Body Representations
in Human Extrastriate Visual Cortex Annie Chan, Dwight Kravitz,
Sandra Truong, Chris Baker
8:45 am
21.22 Relating neural object representations to perceptual judg-
12:00 pm
22.15 Separate central temporal limits of cross-attribute
Fujisaki, Shin’ya Nishida
12:15 pm
22.16 Using the proliferation effect to study subjective duration at
brief timescales Vani Pariyadath, David Eagleman
12:30 pm
22.17 Probabilistic nature of time perception Mehrdad Jazayeri,
Michael N. Shadlen
Face Perception: Adaptation, Aftereffects
and Categorization
ments with representational similarity analysis Marieke Mur,
Moderator: Adam Anderson
9:00 am
21.23 Decoding top-down information: imaging prior knowledge
11:00 am
22.21 The face aftereffect spreads over changes in position,
Mirjam Meys, Jerzy Bodurka, Peter Bandettini, Nikolaus Kriegeskorte
in the visual system Scott Gorlin, Ming Meng, Jitendra Sharma,
orientation and size in retinotopic, not space- or object-based
coordinates Arash S.R. Afraz, Patrick Cavanagh
9:15 am
21.24 Reading the mind’s eye: Decoding object information during
11:15 am
22.22 Solving the upside-down puzzle: Inverted face aftereffects
Hiroki Sugihara, Mriganka Sur, Pawan Sinha
mental imagery from fMRI patterns Thomas Serre, Leila Reddy,
Naotsugu Tsuchyia, Tomaso Poggio, Michele Fabre-Thorpe,
Christof Koch
26
derive from shape-generic rather than face-specific mechanisms
Tirta Susilo, Elinor McKone, Mark Edwards
VSS 2009 Program
11:30 am
22.23 Cross-category adaptation of faces Avniel Ghuman, Jona-
than McDaniel, Alex Martin
11:45 am
22.24 A contrast-based adaptation study of the contribution of
gender to face representations. Ipek Oruc, Xiaoyue M Guo, Jason
J S Barton
12:00 pm
22.25 Emotional anti-faces reveal contrastive coding of facial
12:15 pm
22.26 Neural basis of contextual modulation on categorical face
perception Ming Meng, Tharian Cherian, Pawan Sinha
12:30 pm
22.27 Where is kinship information in the child’s face? Signal
detection study finds no evidence for lateralization Laurence
Maloney, Maria Dal Martello
Poster Session, Royal Ballroom 6-8
23.301 Interaction of first- and second-order signals in global onedimensional motion pooling. Carlos Cassanello, Mark Edwards,
David Badcock, Shin’ya Nishida
23.302 Pooling of one dimensional motion signal across different
spatial frequencies Kazushi Maruya, Shin’ya Nishida
23.303 Extracting motion contours with simultaneous local and
global processing mechanisms Andrew Meso, Andrew Shaw,
Szonya Durant, Johannes Zanker
23.304 Global not local motion direction tuning of curvature
encoding mechanisms Elena Gheorghiu, Frederick Kingdom,
Rickul Varshney
23.305 Motion-induced position shifts are based on global motion
estimates. Andy Rider, Alan Johnston
23.306 Motion drag induced by global motion Gabor arrays Peter
Scarfe, Alan Johnston
23.307 Impairment of peripheral motion perception in the elderly
23.314 Active manipulation disambiguates local but not global
motion perception Bo Hu, David Knill
23.315 Distinct visual motion integration for high and low spatial
frequency stimuli revealed by manual following response Hiroaki
Gomi, Naotoshi Abekawa
23.316 Do surface features help? How the visual system disambiguates ambiguous motion Elisabeth Hein, Cathleen M. Moore
23.317 The effect of speed on the typical and atypical development
of motion-defined form perception Deborah Giaschi, Rajinder
Cheema, Cindy Ho, Brandy Vanderbyl, Danny Kim, Alan Yau,
John Secen
23.318 Aging, retinal eccentricity, and global motion perception
Jeffrey Bower, Zheng Bian, John Andersen
Perceptual Learning: Models and
Mechanisms
23.319 Perceptual learning can increase feed-forward neural
response in early visual cortex Min Bao, Bin He, Lin Yang, Cristina
Rios, Stephen Engel
23.320 An fMRI study of motion perceptual learning with
suppressed and un-suppressed MT Zili Liu, Benjamin Thompson,
Bosco Tjan
23.321 Reward facilitates hemodynamic responses in higher visual
areas Rimona Weil, Nicholas Furl, Christian Ruff, Ben Seymour,
Guillaume Flandin, Ray Dolan, Jon Driver, Geraint Rees
23.322 Where in the motion pathway does task-irrelevant perceptual learning occur? Praveen Pilly, Aaron Seitz, Stephen Gross-
berg
23.323 Perceptual learning for speed discrimination in optical flow
Stefan Ringbauer, Florian Raudies, Heiko Neumann
23.324 Relating changes in processing capacity to changes in
electrophysiological variables in visual perceptual learning
Rebecca Von Der Heide, Michael Wenger, Jennifer Bittner, Daniel
Fitousi
23.308 Repulsion of Perceived Direction in Superimposed Surfaces
23.325 Perceptual learning of texture segmentation is specific for
retinal location but not first-order orientation channel. Nicolaas
23.309 Direction repulsion facilitates motion segregation William
23.326 Aging and Perceptual Learning Yuko Yotsumoto, Rui Ni,
23.310 Temporal integration and segmentation in perceived speed.
23.327 Concrete and Abstract Perceptual Learning without
Conscious Awareness Everett Mettler, Philip Kellman
23.328 Playing Action Video Games Leads to Better Perceptual
Templates Renjie Li, Vikranth R. Bejjanki, Zhonglin Lu, Alexandre
Lia E. Tsotsos, Allison B. Sekuler, Patrick J. Bennett
Carolyn Perry, Mazyar Fallah
Curran, Christopher Benton
Christopher Benton, William Curran
23.311 Grouping impairs motion direction perception Pascal
Mamassian
23.312 The Whole Moves More than the Spin of its Parts Peter J.
Kohler, Gideon P. Caplovitz, Peter U. Tse
23.313 Motion detection sensitivity modulated by a task-irrelevant
illusory motion in an orthogonal direction: a population decoding
model Satohiro Tajima, Hiromasa Takemura, Ikuya Murakami,
Masato Okada
Prins, Kurt Streeter
Li-Hung Chang, Yuka Sasaki, Takeo Watanabe, George Andersen
Pouget , Daphne Bavelier
23.329 Orientation thresholds and perceptual learning: An elaborated perceptual template model Barbara Dosher, Wilson Chu,
Zhong-Lin Lu
23.330 Modeling perceptual learning in external noise with
Hebbian reweighting Zhong-Lin Lu, Jiajuan Liu, Barbara Dosher
27
Saturday Sessions
expressions Joshua Susskind, Melissa Ellamil, Adam Anderson
Saturday Sessions
Saturday Sessions
23.331 Coarse-to-fine learning in scene perception: Bayes trumps
Hebb József Fiser, Gergõ Orbán, Máté Lengyel, Richard Aslin
Poster Session, Orchid Ballroom
Saturday Sessions
23.402 The representation of transparent motion in the non-Fourier
responses of LGN Y-cells Ari Rosenberg, T. Robert Husson,
Naoum P. Issa
23.403 Variability in the responses of primary visual cortical
neurons to natural movies Shih-Cheng Yen, Jonathan Baker, Jean-
Philippe Lachaux, Charles M. Gray
23.404 Differences in spatial signal processing between neurons
in the input and output layers of the macaque primary visual
cortex, V1. Chun-I Yeh, Dajun Xing, Robert M. Shapley
23.405 Image discontinuity changes LFP gamma-band activity
in primary visual cortex V1 Dajun Xing, Chun-I Yeh, Patrick
Williams, Andy Henrie, Robert Shapley
23.406 Orientation detection and discrimination domains in the
primary visual cortex Gopathy Purushothaman, Ilya Khaytin,
Roan Marion, Walter Jermakowicz, Vivien Casagrande
23.407 Neurons in primary visual cortex show dramatic changes in
filtering properties when high-order correlations are present Jona-
than Victor, Ferenc Mechler, Ifije Ohiorhenuan, Anita Schmid,
Keith Purpura
23.408 Orientation change detection and orientation pooling in
space and time performed by two subpopulations of neurons in V2
Anita M. Schmid, Jonathan D. Victor
23.409 Visual response properties of striate cortical neurons
projecting to V2 in macaque Yasmine El-Shamayleh, Romesh D.
Kumbhani, Neel T. Dhruv, J. Anthony Movshon
23.410 Cortical origin of contrast response function contextual
modulation in V1 population activity measured with voltagesensitive dye imaging. Alexandre Reynaud, Guillaume Masson,
Frédéric Chavane
23.411 Inferring monkey ocular following responses from V1 popu-
lation dynamics using a probabilistic model of motion integration
Perrinet Laurent, Reynaud Alexandre, Chavane Frédéric, Masson
Guillaume S.
23.412 Neuronal activity in area MT during perceptual stabilization
of ambiguous structure-from-motion Naotsugu Tsuchiya, Alex-
VSS 2009 Program
23.416 Recovering metric object properties through spatiotemporal interpolation: What is the size of an object that is never
present in the stimulus? Tandra Ghose, Janelle Liu, Philip
Kellman
23.417 The Plot Thickens:
Exploring Illusory Contours: D. Alan
Stubbs, Simone Gori, Constance S. Stubbs
23.418 Developmental onset of illusory form perception in
pigtailed macaque monkeys Kimberly Feltner, Lynne Kiorpes
23.419 Filling in the Gaps: The Development of Contour Interpolation Batsheva Hadad, Daphne Maurer, Terri L. Lewis
23.420 An fMRI Examination of Contour Integration in Schizophrenia Steven Silverstein, Sarah Berten , Brian Essex, Ilona
Kovács, Teresa Susmaras, Deborah Little
23.421 Perturbations of Element Orientations Reveal Grouping
Processes in Contour Integration James Dannemiller, Melanie
Hamel
23.422 Prediction by the human visual system: extrapolation of
complex curves Thomas Tanner
23.423 Strength of Contour Interpolation Behind a Moving
Occluder Revealed by a Dot Localization Task Hideyuki Unuma,
Hisa Hasegawa, Philip J Kellman
23.424 Implementing curve detectors for contour integration Keith
May, Robert Hess
Spatial Vision: Crowding and Peripheral
Vision
23.425 Response-Triggered Covariance Analysis of Letter Features
Susana Chung, Bosco Tjan
23.426 Positional averaging within and without contours explains
crowding between letter-like stimuli Steven Dakin, John Green-
wood, Peter Bex, John Cass
23.427 A new technique for measuring the critical spacing of
crowding Sarah Rosen
23.428 Crowding by invisible flankers Arielle Veenemans, Patrick
ander Maier, Nikos Logothetis, David Leopold
Cavanagh, Ramakrishna Chakravarthi
23.413 An information theory approach to linking neuronal and
behavioral temporal precision reveals sparse encoding and
decoding underlying a rapid perceptual judgment Ghose Geoffrey,
23.429 Crowding without visual awareness. Joey Cham, Sing-Hang
Cheung
23.414 Pharmacological enhancement of cortical inhibition
23.431 Crowding acts beyond the locus of binocular suppression
Yehezkel, Ativ Zomet, Maria Lev , Uri Polat
23.432 The effects of transient attention and target contrast on
crowding at different eccentricities Einat Rashal, Yaffa Yeshurun
23.433 Texture processing model visualizes perception of PinnaGregory illusion Alvin Raj, Ruth Rosenholtz, Benjamin Balas
Harrison Ian
affects lateral interactions in human vision Anna Sterkin, Oren
28
23.430 The fine spatial structure of crowding zones Anirvan
Nandy, Bosco Tjan
Pik Ki Ho, Sing-Hang Cheung
VSS 2009 Program
23.434 Radial line bisection biases in the periphery Jason Forte,
Mike Nicholls, Michele Hervatin
Saturday Sessions
23.452 Characteristic sounds make you look at the targets faster
in visual search Lucica Iordanescu, Marcia Grabowecky, Steven
23.435 Does semantic information survive crowding? Paul F. Bula-
Franconeri, Jan Theeuwes, Satoru Suzuki
23.436 The limit of spatial resolution varies at isoeccentric loca-
Donohue, Marty G. Woldorff, Stephen R. Mitroff
Marisa Carrasco
Attention: Capture
kowski, David W. Bressler, Robert B. Post, David Whitney
tions in the visual field Leila Montaser-Kouhsari, Jared Abrams,
23.437 Increasing time compression with eccentricity: A magno-
Hamid, Daphne Maurer, Terri Lewis
23.501 Informative cues attenuate attentional capture by irrel-
evant distractors Jeff Moher, Howard Egeth
23.502 Top-Down Control of Attention Capture Takes Time:
23.439 Towards an easier way to measure the visual span Denis G.
Evidence From Trial By Trial Analyses of Capture by Abrupt Onsets
Multisensory Processing: Visual and
Auditory Perception
23.503 Attentional capture by a salient non-target improves target
selection Joy Geng, Nick DiQuattro
23.504 Bridging attentional capture and control: Evidence from
a partial report paradigm with color singletons Maria Nordfang,
Pelli
23.440 Cross-modal transfer of motion processing from audition to
vision Zachary Ernst, Geoffrey Boynton
23.441 Synesthetic colors for phonetic Japanese characters
depend on frequency and sound qualities Michiko Asano,
Kazuhiko Yokosawa
23.442 Synesthetic colors for logographic Japanese characters
depend on the meaning Kazuhiko Yokosawa, Michiko Asano
23.443 Perception-based responses in a sub-region of multisensory superior temporal sulcus: Distinct BOLD responses with
perceived-synchronous and perceived-asynchronous audiovisual
speech Ryan Stevenson, Ross VanDerKlok, Sunah Kim, Thomas
Joshua Cosman, Shaun Vecera
Søren Kyllingsbæk, Claus Bundesen
23.505 Catch me if you can: The need to switch between atten-
tional sets enhances contingent attentional capture effects Katherine Sledge Moore, Amanda Lai, Marshall B. O’Moore, Patricia
Chen, Daniel H. Weissman
23.506 Attentional Capture is Modulated by Object-based Repre-
sentations Sarah Shomstein, Sarah Mayer-Brown
23.507 What Causes IOR and Contingent Capture? William
Prinzmetal, Ruby Ha
23.508 On the ability to overcome attention capture in visual
search Adrian von Muhlenen, Markus Conci
23.509 Previewing inoculates against attentional capture Fook K.
James
Chua
23.444 Perceived Temporal Synchrony: Interactions Between a
23.510 Fear Factor: Attention capture by fearfully expressive faces
in an RSVP task Caitlin Mullin, Krista Kelly, Jennifer Steeves
23.511 Attentional Capture by Emotional Faces in Adolescence Jill
Continuous Audiovisual Stream and a Discrete Audiovisual Event.
Eric Hiris, Christopher Lewis
23.445 Timing the sound-induced flash illusion Catherine Éthier-
Majcher, Caroline Blais, Frédéric Gosselin
23.446 Sensory and decisional factors in the resolution of stream/
bounce displays Philip Grove, Jessica Ashton, Yousuke Kawachi,
Kenzo Sakurai
23.447 Auditory-visual integration in texture perception medi-
ated by tactile exploration Emmanuel Guzman-Martinez, Laura
Ortega-Torres, Marcia Grabowecky, Julia Mossbridge, Satoru
Suzuki
23.448 Veridical auditory information enhances visual sensitivity
to biological motion. James Thomas, Maggie Shiffrar
23.449 Multisensory Cue Integration in Audiovisual Spatial Localization Yamaya Sosa, Aaron Clarke, Mark E. McCourt
23.450 See an object, hear an object file: Object correspondence
transcends sensory modality Kerry Jordan, Kait Clark, Stephen
Mitroff
23.451 Visual, auditory and bimodal recognition of people and cars
Adria E N Hoover, Jennifer K E Steeves
Grose-Fifer, Steven Hoover, Andrea Rodrigues, Tina Zottoli
23.512 Individual difference in “release time” from attentional
capture Keisuke Fukuda, Edward Vogel
23.513 Video game playing improves recovery from attentional
capture Joseph Chisholm, Clayton Hickey, Jan Theeuwes, Alan
Kingstone
Attention: Temporal Selection and
Modulation
23.514 Spatiotemporal dynamics of attentional updating across
saccades Alexandria Marino, Julie Golomb, Marvin Chun, James
Mazer
23.515 The time-course of covert cuing using spatial frequency
targets Aisha P. Siddiqui, Shruti Narang, Benjamin A. Guenther,
James M. Brown
29
Saturday Sessions
cellular property? Felipe Aedo-Jury, Delphine Pins
23.438 The Letter in the Crowd: Developmental Trajectory of
Single Letter Acuity and Foveal Crowding Seong Taek Jeon, Joshua
23.453 Multisensory Benefits of Playing Video Games Sarah E.
Saturday Sessions
23.516 The size of the cued area does not affect scaling of atten-
tional focus on temporal order judgment task. Mikael Cavallet,
Cesar Galera, Michael von Grunau, Afroditi Panagopoulos,
Eduardo Leão
23.517 Early and late modulation of attentional selection by
multiple attentional control sets: ERP evidence Maha Adamo,
Carson Pun, Susanne Ferber
23.518 How is the spatial attention focused on object? Ryosuke
Saturday Sessions
Niimi, Manabu Tanifuji
23.519 Cooccurrence binding errors: Are people bound to the
chairs they are sitting on? Ekaterina Pechenkova, Mary C. Potter,
Brad Wyble, Jennifer Olejarczyk
23.520 Non-Retinotopic Feature Integration is Pre-Attentive
Thomas U. Otto, Haluk Ögmen, Michael H. Herzog
23.521 Attention processes in action video game players Matthew
S. Cain, Ayelet N. Landau, William Prinzmetal, Lynn C.
Robertson, Arthur P. Shimamura
23.522 The Effect of Color Saturation and Luminance Contrast on
Color Naturalness Lisa Nakano, Tatsuto Takeuchi, Isamu Motoy-
oshi, Yuanzhen Li, Edward Adelson, Shin’ya Nishida
23.523 Effect of Retinal Ganglion Cell Sampling on the Local Power
Spectra of Natural Images Brian McCann, Wilson Geisler, Mary
Hayhoe
23.524 Contrast Perception and Contrast Variance in Natural
Scenes Catheine Vishton, Steven Dakin, Peter Bex
23.525 Crowding effects in central and peripheral vision when
viewing natural scenes Michelle P. S. To, Iain D. Gilchrist, Tom
Troscianko, P. George Lovell, David J. Tolhurst
23.526 Boundary segmentation of naturalistic textures: roles of
sparseness and local phase structure Elizabeth Arsenault, Ahmad
Yoonessi, Curtis Baker
Image Features Predict Edge Causation in Natural Images
23.528
Jonathon George, Ganesh Padmanabhan, Mark Brady
23.529 Optimal “multiplicative” interactions between local and
long-range contour cues: where natural image statistics meets
single neuron computation Chaithanya Ramachandra, Bardia
Behabadi, Rishabh Jain, Bartlett Mel
23.530 Human Estimation of Local Contrast Orientation In Natural
Images Garrett Hoff, Mark Brady
23.531 A walk through the woods explains the space variant
oblique effect Constantin Rothkopf, Thomas Weisswange, Jochen
Triesch
23.532 Comparing image structure with local motion structure in
real life optic flow Szonya Durant, Johannes Zanker
23.533 Prior expectations in line orientation perception Ahna R.
Girshick, Eero P. Simoncelli, Michael S. Landy
VSS 2009 Program
23.534 Visual gist of natural scenes derived from image statistics
parameters H.Steven Scholte, Sennay Gebreab, Arnold Smeul-
ders, Victor Lamme
23.535 Visual discomfort and natural image statistics Leah Land,
Igor Juricevic, Arnold Wilkins, Michael Webster
23.536 ImageNet: Constructing a Large-Scale Image Database Li
Fei-Fei, Jia Deng, Kai Li
Special Populations: Disorders and
Disease
23.537 Brightness as a function of current amplitude in human
retinal electrical stimulation Scott Greenwald, Alan Horsager,
Mark Humayun, Robert Greenberg, Matthew McMahon, Ione
Fine
23.538 Visual attributes following an acute optic neuritis episode
– a longitudinal study Noa Raz, Shlomo Dotan , Tal Ben-Oliel,
David Arkadir , Adi Vaknin, Sylvie Chokron, Netta Levin
23.539 Visual Development in Preterm Infants: Assessing the
Impact of Transient Thyroid Hormone Deficiencies Nevena Simic,
Joanne Rovet
23.540 Efficacy of NeuroVision’s NVC™ Technology Treatment
on Unaided Visual Acuity in Moderate Myopes Sheng Tong Lin,
Adeline Yang, Jolene Ong, Gerard Nah, Lionel Lee , Donald Tan
23.541 The mapping of spatial frequency across amblyopic visual
cortex Robert Hess, Benjamin Thompson, Xingfeng Li, Bruce
Hansen
23.542 The roles of contrast and luminance in amblyopic suppression Goro Maehara, Benjamin Thompson, Behzad Mansouri,
Robert Hess
23.543 Motion direction discrimination in strabismic amblyopia:
effects of stimulus contrast and size Alby Richard, Benjamin
Thompson, Robert Hess, Craig Aaen-Stockdale, Christopher Pack
23.544 Compensatory changes in activity in effector circuitries
during visually guided behavior following V1 damage in humans
Anasuya Das, Tim Martin, Krystel R. Huxlin
23.546 Neurovisual disorder underlying learning disability?
Neurological anomaly in two children diagnosed with a learning
disability. Marc Vilayphonh, Céline Cavézian, Françoise Héran,
Sylvie Chokron
23.547 Combined effects of semantic and visual proximity on visual
object identification in Alzheimer ’s Disease and Mild Cognitive
Impairment. Genevieve Desmarais, Mike Dixon, Kathleen Myles
Perceptual Organization: Edges, Configurations, and Surfaces
Saturday, May 9, 2:45 – 4:15 pm
Moderator: Jacqueline M. Fulvio
2:45 pm
24.11 A Configural Shape Illusion Stephen Palmer, Karen Schloss
30
VSS 2009 Program
3:00 pm
24.12 Filling-in regions influence real and interpolated shape via
lightness induction Philip J. Kellman, Brian P. Keane, Hongjing Lu
3:15 pm
24.13 Contour integration under slit-viewing Shu-Guang Kuai, Wu
Li, Cong Yu
Saturday Sessions
5:45 pm
25.13 Comparing the Fidelity of Perception, Short-term Memory,
and Long-term Memory: Evidence for Highly Detailed Long-term
Memory Representations George Alvarez, Talia Konkle, Timothy
Brady, Jonathan Gill, Aude Oliva
6:00 pm
25.14 The high fidelity of scene representation in visual long-term
memory Aude Oliva, Talia Konkle, Timothy F. Brady, George A.
Kerem Ozkan, Myron Braunstein
Alvarez
3:45 pm
24.15 Reduced sampling of dynamic trajectories does not increase
6:15 pm
25.15 Evidence for the Role of Visual Short-Term Memory in
extrapolation bias. Jacqueline M. Fulvio, Paul R. Schrater,
Conscious Object Recognition Stephen Emrich, Susanne Ferber
4:00 pm
24.16 Why features defined purely by color need not be repre-
activity in the human visual cortex Stephenie A. Harrison, Frank
Laurence T. Maloney
6:30 pm
25.16 Decoding the contents of visual working memory from
sented at early stages of visual analysis Maria Michela Del Viva,
Tong
perceptual expectation in neural repetition attenuation Nicholas
Giovanni Punzi, Steven Shevell
Moderator: Julie Golomb
6:45 pm
25.17 Expecting the unexpected: Dissociating visual similarity from
B. Turk-Browne, Harrison A. Korn, Marvin M. Chun
2:45 pm
24.21 Targets in RSVP Sentences: Attentional Blinks in Whole
versus Partial Report Mary C. Potter, Jennifer Olejarczyk, Brad
Moderator: Andy Smith
Wyble
3:00 pm
24.22 Distractors in Multiple Object Tracking can be suppressed
5:15 pm
25.21 Peripheral Information in Foveal Cortex: Generalizing
across Task and Stimuli Won Mok Shim, Jason Webster, Nancy
early or late in processing: Evidence from ERPs Matthew Doran,
Kanwisher
3:15 pm
24.23 The functional nature of motion-induced blindness: Further
is not specific to the “preferred retinal locus” Daniel D. Dilks,
James Hoffman
5:30 pm
25.22 Reorganization of visual processing in macular degeneration
explorations of the ‘perceptual scotoma’ hypothesis Joshua J.
Chris I. Baker, Eli Peli, Nancy Kanwisher
3:30 pm
24.24 Attentional updating across saccades in retinotopic visual
and age-related macular degeneration Heidi Baseler, Andre
New, Brian J. Scholl
cortex Julie Golomb, James Mazer, Marvin Chun
3:45 pm
24.25 Speed of vision depends on temporal expectancy Signe
Vangkilde, Claus Bundesen
4:00 pm
24.26 Binding into sequence: temporal dynamics of sequential
movements modulate the attentional pre-selection of subsequent
goals Daniel Baldauf
Moderator: George Alvarez
5:15 pm
25.11 Perception, not Working Memory, is All-or-None Liqiang
Huang
5:30 pm
25.12 Adults store up to 3 featurally-overlapping sets in working
5:45 pm
25.23 Large-scale cortical reorganization is absent in both juvenile
Gouws, Michael Crossland, Adnan Tufail, Gary Rubin, Chris
Racey, Antony Morland
6:00 pm
25.24 Spatial organization of spontaneous activities in the human
visual cortex Pinglei Bao, Bosco S. Tjan
6:15 pm
25.25 Functional connectivity among cortical regions is shaped by
associative experiences Yiying Song, Moqian Tian, Yong Bu, Jia
Liu
6:30 pm
25.26 Population receptive field measurements in human ventral
category-selective cortex Rory Sayres, Kevin Weiner, Serge
Dumoulin, Brian Wandell, Kalanit Grill-Spector
6:45 pm
25.27 Localisation of the human V6 complex and parietal visual
areas using egomotion-consistent stimuli Velia Cardin, Andy
Smith
memory Mariko Yamaguchi, Arin Tuerk, Lisa Feigenson
31
Saturday Sessions
3:30 pm
24.14 Change detection for objects on surfaces slanted in depth
Saturday Sessions
26.301 A high resolution, high dynamic range display for vision
research James Ferwerda, Stefan Luka
26.302 Inferring characteristics of stimulus encoding mechanisms
using rippled noise stimuli Tom Putzeys, Robbe Goris, Johan
Saturday Sessions
Wagemans, Matthias Bethge
26.303 An ideal observer model predicts lightness matches Sarah
Allred, Vanessa Troiani, Lynn Lohnas, Li Jiang, Ana Radonjic,
Alan Gilchrist, David Brainard
VSS 2009 Program
26.319 Objective characterization of square-wave jerks differ-
entiates progressive supranuclear palsy patients from healthy
volunteers Jorge Otero-Millan, R. John Leigh, Alessandro Serra,
Xoana Troncoso, Stephen L. Macknik, Susana Martinez-Conde
26.320 Screening Attentional-related Diseases based on Correlation between Salience and Gaze Po-He Tseng, Ian Cameron, Doug
Munoz, Laurent Itti
26.321 Simulated low vision with young and old adults: How do
they see? Rong Zhou, Michael von Grünau, Aaron Johnson, Rick
Gurnsey
26.322 The different effects of a visual target in the blind hemifield
of hemidecorticate patients on the latency of antisaccades. Olga
26.304 Color provides leverage to assess theories of lightness
Savina, Daniel Guitton
26.305 Perception of the highest luminance under extremely low
26.323 The effects of a distractor on the visual gaze behavior of
children at signalized road crossings. Christopher Egan, Alex-
Byung-Geun Khang, Barton L. Anderson
illumination levels. Stephen Ivory, Alan Gilchrist
26.306 Lightness constancy and illumination contrast discounting
Alexander Logvinenko, Rumi Tokunaga
26.307 Simultaneous contrast is size dependent but does not scale
with eccentricity François X. Sezikeye, Rick Gurnsey
26.308 Long-range argyles and spatial-scale models of brightness
Arthur Shapiro, Zhong-Lin Lu
26.309 Effects of global and local stimulus configurations on
brightness perception within articulated surrounds Masataka
Sawayama, Eiji Kimura
26.310 The effects of contrast on the achromatic watercolor illu-
andra Willis, Joanna Wincenciak
26.324 The power of eyes: the eye region is explored even when
there are no eyes in faces Roxane Itier, Jennifer Ryan
26.325 Following the masters: Viewer gaze is directed by relative
detail in painted portraits Caitlin Riebe, Steve DiPaola, James
Enns
26.326 Emotion Affects Oculomotor Action Jay Pratt, Greg West,
Tim Welsh, Adam Anderson
26.327 Social experience does not abolish cultural diversity in eye
movements for faces Emanuele De Luca, David J. Kelly, Sebastien
Miellet, Kay Foreman , Roberto Caldara
sion Bo Cao, Arash Yazdanbakhsh, Ennio Mingolla
26.311 Illusory contours in a White’s display Pablo Barrionuevo,
26.328 Cultural Diversity in Eye Movements Extends Across
Biological and Artificial Visual Categories David J. Kelly, Sebas-
Elisa Colombo, Luis Issolio
tien Miellet, Roberto Caldara
26.312 Craik-O’Brien Cornsweet effect occurs after binocular
fusion Ayako Masuda, Masahiko Terao, Junji Watanabe, Kazushi
Maruya, Masataka Watanabe, Akihiro Yagi
26.313 Illusory Brightness Priming Occurs Without Awareness
Marjan Persuh, Tony Ro
26.314 Invisible context modulates conscious perception Julia
Harris, Bahador Bahrami, Geraint Rees
Eye Movements: Cognition and Social
Cognition
26.315 The effect of theta TMS over the FEF on fMRI activations
Martijn van Koningsbruggen, Paul Downing, Robert Rafal
26.316 Gaze orienting, and novelty vs. familiarity preference Hsin-I
Liao, Junghyun Park, Eiko Shimojo, Junko Ishizaki, Su-Ling Yeh,
Shinsuke Shimojo
26.317 An Oculomotor Simon Effect Kwesi Sullivan, Jay Edelman
26.318 Conscious perception of intrasaccadic displacements is
deficient in a patient with a focal thalamic lesion Florian Ostendorf, Daniela Liebermann, Christoph Ploner
32
26.401 Confidence in crowded stimuli Simon Barthelmé, Pascal
Mamassian
26.402 Crowding in multi-element arrays: regularity of spacing
Toni Saarela, Michael Herzog
26.403 Perceptual estimation of variance in orientation and its
dependence on sample size Steven A. Cholewiak, Manish Singh
26.404 Orientation integration in complex visual processing Henry
Galperin, Peter Bex, Jozsef Fiser
26.405 Perception of global textures based on joint-orientation
statistics Isamu Motoyoshi, Fred Kingdom
26.407 The role of divisive inhibition in Glass pattern discrimination Chien-Chung Chen
26.408 A Neurophysiologically Plausible Population-Code Model
for Human Contrast Discrimination Robbe Goris, Felix Wichmann,
Bruce Henning
26.409 A comparison of the pedestal effects in the 1st- and 2ndorder patterns Pi-Chun Huang, Chien-Chung Chen
26.410 Parameterization of Contrast Detection and Discrimination
in 1/f Noise Andrew Haun, Edward Essock
VSS 2009 Program
Saturday Sessions
26.411 Two modes of hiding suprathreshold stimuli in complex
patterns Michael Levine, Jennifer Anderson, Jason McAnany
26.412 Cause of asymmetries in center-surround and surroundcenter masking. Patrick J. Hibbeler, Dave Ellemberg, Aaron
26.429 Selective attention to superimposed biological and tool
motion: a combined fMRI and ERP study Ashley Safford, Elizabeth
26.413 Overlay and Surround Suppression Both Show a Horizontal
Levi
Johnson, Lynn A. Olzak
Effect Anisotropy Yeon Jin Kim, Andrew M Haun, Edward A
Essock
J Waugh
26.416 Reduced Second-Order Contrast Discrimination Under
Dichoptic Viewing Gayathri Srinivasan, Erwin Wong
26.417 Binocular summation for luminance- and contrast-modulated noise stimuli. Sarah J Waugh, Sarah J H Lalor, M Izzuddin
Hairol
26.418 Dichoptic and Monoptic Spatial Integration of Second-
Order Contrast Erwin Wong, Jenna Kryder
Motion: Biological
26.430 Feature integration and sensitivity to synchronicity for
biological motion impaired by amblyopia Jennifer Luu, Dennis
26.431 Aging disrupts the processing of point-light walkers
presented in noise Karin Pilz, Patrick Bennett, Allison Sekuler
26.432 Biological motion targets have to be further away in virtual
space for older versus younger adults to maintain good performance Isabelle Legault, Nikolaus F. Troje, Jocelyn Faubert
26.433 Intact biological motion processing in adults with autism
N. F. Troje, M. D. Rutherford
26.434 Stimulus magnification compensates for eccentricity
dependent sensitivity loss for first and second order biological
motion stimuli Rick Gurnsey, Nikolaus Troje
26.435 Relationship between sexual dimorphism and perceived
attractiveness in the perception of biological motion Martin A
Giese, Isabel Arend, Claire Roether, Robin Kramer, Rob Ward
26.436 Learning to anticipate the actions of others: The goalkeeper problem Gabriel Diaz, Brett Fajen, Dennis Ehlinger
26.437 Influence of spatial and temporal congruency between
executed and observed movements on the recognition of biological
motion Andrea Christensen, Winfried Ilg, Hans-Otto Karnath,
26.419 Depth ambiguities and adaptation aftereffects in percep-
Martin A. Giese
Blake
James Thompson, Elizabeth Hussey
tion of point-light biological motion Stuart Jackson, Randolph
26.438 Evidence for object-centered coding of biological motion.
26.420 Adaptation of early ERP responses to biological motion
by both form and motion Wendy Baccus, Olga Mozgova, James
Face Perception: Development and
Disorders
Thompson
26.421 The effects of retroreflectivity and biological motion on
the visibility of pedestrians at night Justin S. Graving, Richard A.
Tyrrell, Stacy A. Balk, Jeremy Mendel, Nathan M. Braly, Lynna
Sinakhonerath, Liam H. O’Hara, Kristin S. Moore
26.422 Dances with Gabors: Contour integration and form in
biological motion Martin Thirkettle, N.E. Scott-Samuel, C.P.
Benton
26.423 Spatio-temporal “Bubbles” reveal diagnostic information
for perceiving point-light and fully illuminated biological motion
Steven Thurman, Emily Grossman
26.424 Spatial pattern analysis in biological motion Hongjing Lu,
Alan Lee, Brian P. Keane
26.425 Correlation between neural decoding and perceptual
performance in visual processing of human body postures: generic
views, inversion effect and biomechanical constraint Michiteru
Kitazaki, Shinichiro Hariyama, Yasuyuki Inoue, Shigeki Nakauchi
26.426 Automatic attention to local life motion signals Yi Jiang,
Yang Zhang, Sheng He
26.427 Identification of point light walkers exhibits an attentional
blink Brad Wyble, Mary Potter, Thomas Serre, Martin Giese
26.428 Peripheral Sensitivity to Biological Motion is Unaffected by
Dividing Attention Gabrielle Roddy, Nikolaus Troje, Rick Gurnsey
26.439 Using innate visual biases to guide face learning in natural
scenes: A computational investigation Benjamin Balas
26.440 Support for an exogenous account of left visual field biases
in infants Andrea Wheeler, Kang Lee
26.441 Do infants recognize the Arcimboldo images as faces?
Behavioral and Near-infrared spectroscopic study Megumi
Kobayashi, Yumiko Otsuka, Emi Nakato, So Kanazawa, Masami
K. Yamaguchi, Ryusuke Kakigi
26.442 Sensitivity to Posed versus Genuine Expressions: Are
Children Easily Fooled? Danielle Longfield, Kendra Thomson,
Catherine Mondloch
26.443 The role of experience during childhood in shaping the
other-race effect Adelaide de Heering, Claire de Liedekerke,
Malorie Deboni, Bruno Rossion
26.444 Face discrimination in infants and adults: the role of
contrast polarity of the eyes Yumiko Otsuka, Isamu Motoyoshi,
Megumi Kobayashi, Harold Hill, So Kanazawa, Masami K.
Yamaguchi
33
Saturday Sessions
26.414 Processing cues to discrimination in center-surround
stimuli. Lynn A. Olzak, Patrick J. Hibbeler, Thomas D. Wickens
26.415 Lateral facilitation demonstrated dichoptically for luminance- and contrast-modulated stimuli. M Izzuddin Hairol, Sarah
Hussey, Raja Parasuraman, James Thompson
Saturday Sessions
26.445 Deficits in face and object processing manifest differently
in normal aging and developmental prosopagnosia Yunjo Lee,
Meera Paleja, Cheryl Grady, Morris Moscovitch
26.446 Probing the face-space of individuals with prosopagnosia.
Mayu Nishimura, Jaime Doyle, Marlene Behrmann
Saturday Sessions
26.447 Non-face visual memory impairments in developmental
prosopagnosia Garga Chatterjee, Richard Russell, Ken Nakayama
26.448 Structural differences in developmental prosopagnosia
Lúcia Garrido, Nicholas Furl, Raka Tavashmi, Jon Driver, Ray
Dolan, Brad Duchaine
26.449 Disconnection of cortical face network in prosopagnosia
revealed by diffusion tensor imaging Linda J. Lanyon, Michael
Scheel, Christopher J. Fox, Giuseppe Iaria, Jason J. S. Barton
26.450 Use of a Correlative Training Method in the Rehabilitation
of Acquired Prosopagnosia Ann Grbavec, Christopher Fox, Jason
Barton
26.451 Holistic processing of diagnostic 3D face shape as
compared to 2D surface reflectance: evidence from face inversion
and acquired prosopagnosia Fang Jiang, Volker Blanz, Bruno
Rossion
26.452 Effects of face inversion and noise in persons with schizo-
phrenia Justine Spencer, Jelena P. King, Patrick J. Bennett, Allison
B. Sekuler, Bruce Christensen
26.453 fMRI activation during face processing: Differential effects
of spatial frequency manipulation in healthy controls and people
with schizophrenia Sherrie All, Deborah Little, Teresa Susmaras,
Sarah Berten, Brian Essex, Kira Lathrop, Steven Silverstein
26.454 Perceptual Reversal Patterns in Individuals with Asperger
Syndrome Brenda M. Stoesz, Lorna S. Jakobson
3D Perception: Shape, Shading and
Contours
26.501 Spatial patterns of cortical responses to shape from
shading: a steady-state VEP study. Tomoko Imura, Nobu
Shirai, Deirdre Birtles, Shirley Anker, John Wattam-Bell, Janette
Atkinson, Oliver Braddick
26.502 Infants’ ability to perceive 3D shape from pictorial cues:
Transfer-across-depth-cues study Aki Tsuruhara, Tadamasa
Sawada, So Kanazawa, Masami K. Yamaguchi, Albert Yonas
26.503 The perception of 3-D shape from shadows cast onto curved
surfaces J. Farley Norman, Young-lim Lee, Flip Phillips, Hideko
F. Norman, L. RaShae Jennings, T. Ryan McBride
26.504 Contextual lighting cues can override the light-from-above
prior Yaniv Morgenstern, Richard F. Murray
26.505 The role of second-order vision in discriminating shading
versus material changes. Andrew Schofield, Rock Paul, Sun Peng,
Mark Georgeson
26.506 Interaction of Contour, Shading and Texture in Natural
Images Chetan Nandakumar, Antonio Torralba, Jitendra Malik
VSS 2009 Program
26.507 The dependence of perceived 3D relief of 2D shaded figures
on the shape of their 1D bounding contours Dejan Todorovic
26.508 Perceptual asynchrony between sinusoidally modulated
luminance and depth Arash Yazdanbakhsh, Shigeaki Nishina,
Takeo Watanabe
26.509 Orientation effects in the horizontal-vertical illusion Marie
de Montalembert, Pascal Mamassian
26.510 Figure Contour Binds the Depth-After-Effect Katinka van
der Kooij, Susan te Pas
26.511 Three-dimensional shape from second-order orientation
flows Carole Filangieri, Andrea Li
26.512 Line Junctures Create a Powerful Illusion of Moving
Surfaces Albert Yonas, Sherryse Mayo, Alyssa Ferrie
26.513 A computational model on 3D shape recovery Yunfeng Li
26.514 Recovering symmetric and asymmetric 3D shapes from a
single 2D image Tadamasa Sawada
26.515 Processing of 3-D Illusions influences Preferences for
Symmetry Susan Davis, Carolyn Mingione, Justin Ericson
Binocular Vision: Depth, Bistability, and
Memory
26.516 Neural modulations during perceptual bi-stability away
from equi-dominance are common to two different ambiguous
displays Yulia Lerner, Nava Rubin
26.517 Even in continuous displays, multistable perception
depends on history Alexander Pastukhov, Jochen Braun
26.518 Effects of inter-ocular contrast difference and decorrelation noise on disparity discrimination Ross Goutcher, Lisa M.
O’Kane, Paul B. Hibbard
26.519 Perceptual Memory influences both continuous and
intermittent Ambiguous Perception, but in opposite ways Maartje
Cathelijne de Jong, Raymond van Ee
26.520 Unconscious numerical priming despite interocular
suppression Bahador Bahrami, Petra Vetter, Eva Spolaore, Silvia
Pagano, Brian Butterworth, Geraint Rees
26.521 Size of vertical disparity pooling and the induced effect
Ignacio Serrano-Pedraza, Graeme Phillipson, Jenny C. A. Read
26.522 Identifying discontinuities in depth: A role for monocular
occlusions Inna Tsirlin, Laurie Wilcox, Robert Allison
26.523 Binocular Combination in Amblyopic Vision Jian Ding,
Stanley Klein, Dennis Levi
26.524 Oculomotor endurance therapy for convergence insuf-
ficiency increases duration of near task performance Dennis
Ireland, Barclay Bakkum, Robert Donati
26.525 Amodal spatial facilitation resolves local ambiguities of
kinetic depth Chris Klink, André Noest, Richard van Wezel
26.526 Comparison of local and global stereopsis in children with
microstrabismus Mariline Pageau, Danielle de Guise, Dave Saint-
Amour
34
VSS 2009 Program
26.527 Stereopsis and Aging Cory L. Burton, Ashley N.
Bartholomew, Charles E. Crabtree, Amy E. Craft, J. Farley
Norman
26.528 A display with multiple focal planes can stimulate contin-
Saturday Sessions
26.543 Order effects determine whether irrelevant stimuli are
scrutinized in preview and conjunction search. Hengqing Chu,
Alejandro Lleras
uous variations in accommodation. Kevin J. MacKenzie, Simon J.
26.544 Expected value of stimuli enhances visual search but does
not affect rapid resumption Julia Gomez-Cuerva, James Enns,
26.529 Ability to use stereo predicts recruitment of a correlated
artificial cue Kelly Chajka, Benjamin Backus, Jeremy Wilmer
26.545 Cortical What and Where Streams Interact to Regulate
Contextual Cueing during Visual Search Tsung-Ren Huang,
Attention: Spatial Selection and
Modulation
26.546 Visual marking survives graphical change without semantic
change Takayuki Osugi, Takatsune Kumada, Jun-ichiro Kawa-
Watt
26.530 Quantifying Attention: Attention Filtering in Centroid Estimations Stefanie Drew, Charles Chubb, George Sperling
26.531 Attention to hierarchical level influences attentional
selection of spatial scale Anastasia Flevaris, Shlomo Bentin, Lynn
Robertson
26.532 Attentional Color Hierarchy for Pursuit Target Selection
Mazyar Fallah, Illia Tchernikov
26.533 Central fixation task activates ventral LOC and dorsal hMT
in human visual cortex Betina Ip , Holly Bridge, Andrew Parker
26.534 Diluting the burden of load: Perceptual load effects are
simply dilution effects Hanna Benoni, Yehoshua Tsal
26.535 Exploring the causes of object effects on location-based
inhibition of return when using spatial frequency specific cues and
targets Benjamin A. Guenther, Shruti Narang, Aisha P. Siddiqui,
Stephen Grossberg
hara
26.547 Learning in an attentionally-demanding triple-conjunction
task Farhan Baluch, Laurent Itti
26.548 A calm eye is associated with the passive advantage in
visual search M. R. Watson, A. A. Brennan, A. Kingstone, J. T.
Enns
26.549 The prevlanece effect is imbalanced: it is stronger for high
target presentation rates, than for low. Hayward J. Godwin,
Tammy Menneer, Kyle R. Cave, Victoria Cutler, Nick Donnelly
26.550 Conjunction search following progressive feature disclo-
sure Elizabeth Olds, Timothy Graham, Jeffery Jones, Wafa Saoud
James M. Brown
26.536 Attentional Filtering Modulates the Induced Roelofs Effect,
but Shifts of Attention Do Not Cause It Benjamin Lester, Paul
Dassonville
26.537 Spatial Attention in Conscious and Nonconscious Visual
Processing Bruno G. Breitmeyer, Evelina Tapia, Elizabeth C.
Broyles
26.538 Attention to the location of an invisible face can induce
adaptation. Kilho Shin, Sang Chul Chong
26.539 Beware the Watcher: The effects of direct gaze on attention
to human faces Carmela Gottesman, Amy Williams
26.540 The effect of context on rapid animal detection Jan Drewes,
Julia Trommershaeuser, Karl R. Gegenfurtner
26.541 Non-retinotopic visual search Marco Boi, Haluk Ogmen,
Krummenacher Joseph, Michael Herzog
26.542 Amodal completion does not require attention Ester
Reijnen, Riccardo Pedersini, Yair Pinto, Todd Horowitz, Yoana
Kuzmova, Jeremy Wolfe
35
Saturday Sessions
Jane Raymond
Sunday Sessions
VSS 2009 Program
Sunday Sessions
Perception and Action: Decision and
Action
Sunday, May 10, 8:30 – 10:00 am
Moderator: John Wann
8:30 am
31.11 Awareness and decision in monkey with blindsight Masatoshi
Yoshida, Kana Takaura, Tadashi Isa
8:45 am
31.12 Decisions on “when” and “what” are biased by different
temporal spans of past incidences Dongho Kim, Shigeaki
Nishina, Takeo Watanabe
Sunday Sessions
9:00 am
31.13 Structure Learning in sequential decision making Paul
Schrater, Daniel Acuna
9:15 am
31.14 Optic Flow and Steering: Beyond MT+ John Wann, Jac Bill-
ington, David Field, Richard Wilkie
9:45 am
31.26 Neural decoding of semantic processing during the atten-
tional blink Barry Giesbrecht, Miguel P. Eckstein, Craig K. Abbey
Sunday, May 10, 11:00 am – 12:45 pm
Moderator: Sergei Gepshtein
11:00 am
32.11 Motion adaptation as a redistribution of visual sensitivity
Sergei Gepshtein, Luis Lesmes, Thomas Albright
11:15 am
32.12 The coordinate system of the motion aftereffect is retino-
topic Tomas Knapen, Martin Rolfs, Patrick Cavanagh
11:30 am
32.13 Asymmetric interaction between motion and stereopsis
revealed by concurrent adaptation Wonyeong Sohn, Sang-Hun
Lee
11:45 am
32.14 3D motion perception depends on eye-specific signals
9:30 am
31.15 Exposure to displaced optic flow results in adaptation of
outside V1 Bas Rokers, Larry Cormack, Alex Huk
Charron
12:00 pm
32.15 Cortical regions for the processing of stereoscopic motion in
visual straight ahead. Tracey Brandwood, Simon Rushton, Cyril
9:45 am
31.16 Stepping in the Right Direction: Control and Adaptation of
Walking from Optic Flow Hugo Bruggeman, William Warren, Jr.
Attention: Divided
Sunday, May 10, 8:30 – 10:00 am
Moderator: David Carmel
8:30 am
31.21 Afterimage duration and its modulation by attention and
consciousness Jeroen J.A. van Boxtel, Christof Koch
8:45 am
31.22 A distinction between perceptual blindness and attentional
blindness (I): low-contrast versus attentional distraction Ryota
Kanai, Chia-huei Tseng, Shih-wen Wang, Vincent Walsh
9:00 am
31.23 Bright and dark attention: Distinct effect of divided atten-
tion at attended and unattended locations David Carmel, Marisa
Carrasco
9:15 am
31.24 Both exogenous and endogenous target salience manipula-
tions support resource depletion accounts of the attentional blink
Paul E. Dux, Christopher L. Asplund, René Marois
9:30 am
31.25 Temporal dynamics of dividing spatial attention Lisa N.
Jefferies, James T. Enns, Vincent Di Lollo
depth as revealed by fMRI in the alert rhesus monkey Paul Gamlin,
Matthew Ward, Lora Likova, Mark Bolding, Christopher Tyler
12:15 pm
32.16 Vestibular input to human MST but not MT Andrew T Smith,
Matthew B Wall, Kai V Thilo
12:30 pm
32.17 ‘Directionality’ as an especially powerful cue to perceived
animacy: Evidence from ‘wolfpack’ manipulations Tao Gao,
Gregory McCarthy, Brian J. Scholl
Object Recognition: From Features to
Objects
Sunday, May 10, 11:00 am – 12:45 pm
Moderator: Anya Hurlbert
11:00 am
32.21 Features used or features available? Ramakrishna Chakra-
varthi, Katharine A. Tillman, Denis G. Pelli
11:15 am
32.22 Material Perception: What can you see in a brief glance?
Lavanya Sharan, Ruth Rosenholtz, Edward Adelson
11:30 am
32.23 The interaction of colour and texture in an object classifica-
tion task Yazhu Ling, Ilaria Pietta, Anya Hurlbert
11:45 am
32.24 Evidence for autocorrelation and symmetry detection in
primary visual cortex David Berry, Horace Barlow
36
VSS 2009 Program
Sunday Sessions
12:00 pm
32.25 Cue dynamics underlying rapid detection of animals in
33.315 Experience-dependent psychological distance in a distance
Stroop task Hee-Kyung Bae, Kyung-Mi Kim, Jeehyang Rhim,
12:15 pm
32.26 What mechanism underlies object priming effects under
33.316 General and Specific Effects of Expertise on Change Detec-
natural scenes James H. Elder, Ljiljana Velisavljevic
Do-Joon Yi
Continuous Flash Suppression? Jorge Almeida, Bradford Mahon,
tion Melissa Beck, Benjamin Martin, Emily Smitherman, Lorrie
Gaschen
12:30 pm
32.27 At 130 ms you “know” where the animal is but you don’t yet
Face Perception: Wholes, Parts, Configurations and Features
Lukas Strnad, Ken Nakayama, Alfonso Caramazza
“know” it’s a dog Michèle Fabre-Thorpe, Sébastien M. Crouzet,
Chien-Te Wu, Simon J. Thorpe
Scene Perception: Categorization and
Memory
Sunday, May 10, 8:30 am – 12:30 pm
33.301 Rapid scene understanding: evidence of global property
processing before basic-level categorization Michelle Greene,
33.302 Searchlight analysis reveals brain areas involved in scene
categorization Dirk Walther, Eamon Caddigan, Diane Beck, Li
Fei-Fei
33.303 Categorization of good and bad examples of natural scene
categories Ana Torralbo, Barry Chai, Eamon Caddigan, Dirk
Walther, Diane Beck, Li Fei-Fei
33.304 Basic Level Scene Categorization Is Affected By Unrecog-
nizable Category-Specific Image Features Lester Loschky, Bruce
Hansen, Anat Fintzi, Annie Bjerg, Katrina Ellis, Tyler Freeman,
Steve Hilburn, Adam Larson
33.305 Superordinate category advantage in scene categorization
depends on within- and between-category similarity structure
Hayaki Banno, Jun Saiki
33.306 Semantic guidance of eye movements during real-world
scene inspection Alex D. Hwang, Hsueh-Cheng Wang, Marc
Pomplun
33.307 Visual similarity does not systematically affect scene
recognition Emmanuelle Boloix, Aude Oliva
33.308 The properties of incidental memory in change detection
Ryoichi Nakashima, Kazuhiko Yokosawa
33.309 Negative Emotional Images Slow Down Initial Encoding
Time Mark W. Becker, Maor Roytman
33.310 Implicit semantic features and aesthetic preference
Dragan Jankovic, Slobodan Markovic
33.311 Don’t look! Fixating occluded objects distorts scene
memory Kristin O. Michod, Helene Intraub
33.312 Neural art appraisal of painter; Dali or Picasso? Hiromi
Yamamura, Yasuhito Sawahata, Miyuki Yamamoto, Yukiyasu
Kamitani
33.313 This is Your Brain on Art Edward A. Vessel, G. Gabrielle
Starr, Nava Rubin
33.314 Effects of scene inversion on boundary extension Jin-gi
33.317 The use of shape and pigmentation information across the
spectrum of face recognition ability Richard Russell, Garga Chat-
terjee, Ken Nakayama
33.318 The Role of Eyebrows in Face Recognition: With, Without,
and Different Jessie Peissig, Tamara Goode, Pamela Smith
33.319 Are Local Changes in Faces Really Local? Michael D. Anes,
Nicholas A. Del Grosso, Darcy Dubuc
33.320 Social monitoring: The psychophysics of facial communication James T. Enns, Allison A. Brennan
33.321 The discrimination of features, configuration and contour
by patients with acquired prosopagnosia Alla Sekunova, Jason
Barton
33.322 Classification of fMRI activation patterns in face-sensitive
cortex to the parts and location of faces Lisa Betts, David Nichols,
Hugh Wilson
33.323 The fusiform face area is recruited more for sequential than
holistic processing: an aperture viewing study Thomas James,
Eunji Huh, Sunah Kim
33.324 Flexible Neural Tuning for Face Parts and Wholes in the
Fusiform Face Area Alison Harris, Geoffrey Aguirre
33.325 Configural information in mother’s face perception for
infants. Emi Nakato, So Kanazawa, Masami K. Yamaguchi,
Ryusuke Kakigi
33.326 Can Motion Cues Facilitate Configural Face Processing in
Children? Gina Shroff, Annissa Mirabal, Peter Gerhardstein
33.327 Does holistic processing predict face identification?
The effect of aging Yaroslav Konar, Patrick J Bennett, Allison B
Sekuler
33.328 Spatial structure and whole-object processing in acquired
prosopagnosia: the meaning of configuration Jason J S Barton
33.329 Acquired prosopagnosia following right unilateral brain
damage: Impairment specific to holistic processing of the
individual face. Thomas Busigny, Sven Joubert, Olivier Felician,
Mathieu Ceccaldi, Bruno Rossion
33.330 Detecting the Thatcher illusion in a case of prosopagnosia.
Nick Donnelly, Tamaryn Menneer, Katherine Cornes, Natalie
Mestry, Rosaleen McCarthy
33.331 Squirrel monkey (Saimiri sciureus) can perceive Thatcher
Illusion. Ryuzaburo Nakata, Yoshihisa Osada
Kong, Ghootae Kim, Do-Joon Yi
37
Sunday Sessions
Soojin Park, Aude Oliva
Sunday, May 10, 8:30 am – 12:30 pm
Sunday Sessions
33.332 Contrasting methods of model estimation for configural
and holistic perception Tamaryn Menneer, Noah Silbert, Kathryn
Cornes, Michael Wenger, James Townsend, Nick Donnelly
Sunday, May 10, 8:30 am – 12:30 pm
33.416 Magnocellular VEP delay in high Autism Quotient individuals: Absence of the Magnocellular Advantage may explain
poor global identification of locally salient Navon figures. David
Crewther, Alexandra Sutherland
33.417 Electrophysiological Evidence of Shifts in Spatial Attention Corresponding to a Synaesthetes’ Mental Calendar Michelle
Jarick, Colin Hawco, Todd Ferretti, Mike Dixon
33.401 CONUS masking reveals saliency representation in reachrelated areas of the posterior parietal cortex Claudia Wilimzig,
33.402 Behaviorally-related variability of hemodynamic responses
in macaque V4 Anna W. Roe, Soo R. Yang, Hisashi Tanigawa
33.403 Attentional enhancement of orientation responses in
human visual cortex depends on task Janneke Jehee, Devin Brady,
33.418 What determines the degree of transparency of a visual
surface? Marc K. Albert
33.419 Curvature-based segregation for multi-oriented textures
33.404 Attentional modulation in human visual cortex is
33.420 Perception of average orientation Heeyoung Choo, Steven
McMains, Sabine Kastner
33.421 Figure-Ground Segmentation determines Contextual
Learning in Visual Search Markus Conci, Adrian von Mühlenen
33.422 Competition-induced Suppression in Figure-Ground Perception Spans Multiple Levels Elizabeth Salvagio, Mary A. Peterson
33.423 On the relationship between attention and figure-ground
perception Andrew Mojica, Elizabeth Salvagio, Ruth Kimchi,
Markus Hauschild, Christof Koch, Richard Andersen
Frank Tong
constrained by the degree of competition among stimuli Stephanie
Sunday Sessions
VSS 2009 Program
33.405 Active ignoring in early visual cortex Helen Payne, Harriet
Allen
33.406 Up and down-regulation of visual cortex by posterior
parietal cortex modulates selection-by-saliency: Evidence from
combined TMS-fMRI Carmel Mevorach, Harriet Allen, John
Hodsoll, Lilach Shalev, Glyn Humphreys
33.407 Disentangling selective attention from orienting of
attention Lilach Shalev, Ido Davidesco, Carmel Mevorach, Gadi
Goelman
33.408 Neural Mechanisms of Voluntary and Involuntary Attention
Ayelet Landau, William Prinzmetal, Lynn Robertson, Michael
Silver
33.409 Attention gates spatial coding in the human pulvinar Jason
Fischer, David Whitney
33.410 Priming and backward interference in the human brain:
SOA manipulations reveal processing interactions during the
Stroop and reverse Stroop tasks Lawrence Appelbaum, Wen
Chen, Karen Meyerhoff, Lauren Davis, Robert Won, Marty
Woldorff
33.411 Neural Correlates of the Right-Brain Dominance for Spatial
Processes Ada Le, Matthew T. Keough, Boge Stojanoski, Matthias
Niemeier
33.412 The role of the ventrolateral frontoparietal attention
network in social attention Jelena Ristic, Barry Giesbrecht
33.413 Localization contributes to feature binding: A transcranial
magnetic stimulation study Li Jingling, Yu-Chin Lin, Chon-Haw
Tsai, Wei-Ming Huang
33.414 The role of a sustained left parietal-occipital component in
the serial chaining of two cognitive operations Kimron Shapiro,
Zhao Fan, Suresh Muthukumaraswamy, Krish Singh
33.415 Prism adaptation reverses the local processing bias in
patients with right temporo-parietal junction lesions. Janet Bultitude, Robert Rafal, Alexandra List
38
Sunday, May 10, 8:30 am – 12:30 pm
Guy Ben-Yosef, Ohad Ben-Shahar
Franconeri
Mary Peterson
33.424 Scale of attention influences figure-ground assignment
Lauren Hecht, Shaun Vecera
33.425 Statistical learning in everyday perception: The case of
variable segment lengths Riana J. Betzler, Nicholas B. Turk-
Browne, Morten H. Christiansen, Brian J. Scholl
33.426 Temporal grouping in figure-ground segregation and the
influence of spatial structure Samuel Cheadle, Marius Usher
33.427 Psychophysical Evidence for Object Segregation Through
Endogenous Asynchrony Aaron Clarke, Stéphane Rainville
33.428 Persistence of border ownership signals does not reflect
capture of attention Philip O’Herron, Rudiger von der Heydt
33.429 Perceptual learning differs for detection and discrimination: evidence from contrast, texture, motion, stereo and colour
thresholds. Antje Kraft, Cathleen Grimsen, Stefanie Kehrer, Anika
Lipfert, Martin Koehnlein, Manfred Fahle, Stephan A. Brandt
33.430 Effects of healthy aging on visual detection and discrimination: evidence from contrast, texture, motion, stereo and colour
thresholds Cathleen Grimsen, Antje Kraft, Tatjana Zawislo,
Karoline Spang, Stephan A. Brandt, Manfred Fahle
33.431 Is segmentation from motion parallax influenced by
perceived depth ? Ahmad Yoonessi, Curtis Baker
Sunday, May 10, 8:30 am – 12:30 pm
33.432 Effects of Training to Perform a Working Memory Task on
Regular Spiking and Fast Spiking Neurons in the Lateral Prefrontal
Cortex Xuelian Qi, Travis Meyer, Christos Constantinidis
VSS 2009 Program
33.434 Memory for visual items of central or marginal interest:
Impact of eye movements and subject’s expertise Adelaide
Blavier, Anne-Sophie Nyssen
33.435 Auditory recognition memory is inferior to visual recognition memory Michael Cohen, Todd Horowitz, Jeremy Wolfe
33.436 Memory for natural images: The role of visual and conceptual features Gesche M. Huebner, Jurena Wille, Karl R. Gegen-
furtner
33.437 A role for color in memory for known and unknown faces?
Maarten van der Smagt, Karin Gerrits, Tanja Nijboer
33.438 How fast is the search for a change in change detection?
Joo-Seok Hyun, Steven Luck
33.439 Does item familiarity influence change detection perfor-
Petersen, Tobias S. Andersen
33.442 Is Sensory or Mnemonic Information Better for Matching
Objects? Jane Raymond, Zhao Fan, Tarique Rayani, Kimron
Shapiro
33.443 Increased vSTM for Sequential Displays - Behavioural and
Neuronal Dynamics Niklas Ihssen, David Linden, Kimron Shapiro
33.444 What Is Capacity? Grounding Cognitive Concepts in Neural
Dynamics with a Dynamic Neural Field Model of Visual Working
Memory John Spencer, Jeffrey Johnson, Vanessa Simmering
33.445 Hippocampal-dependent implicit visual memory improves
with practice, not sleep. Sara Mednick, Tal Makovski, Denise Cai,
Yuhong Jiang
33.446 Object appearance is not integrated with scene viewpoint
in long-term memory. D. Alexander Varakin, Lester Loschky
33.447 Unfiltered and Unforgotten: The Fate of Irrelevant Visual
Stimuli in Elderly Adults Carson Pun, Maha Adamo, Peter J
Lenkic, Susanne Ferber
Sunday, May 10, 8:30 am – 12:30 pm
33.449 A model of optimal oculomotor strategies in reading for
normal and damaged visual fields Jean-Baptiste Bernard, Fermin
Moscoso Del Prado, Anna Montagnini, Eric Castet
33.450 Direction Discrimination Training Removes Timing Deficits
in the Dorsal Pathway that Impair Reading Ability Teri Lawton
33.451 Sensory Factors Limiting Horizontal and Vertical Reading
Speed Deyue Yu, Gunther Wagoner, Gordon E. Legge, Susana T.
L. Chung
33.452 A Medium spatial frequency trough causes letter-by-letter
dyslexia in normal readers Karine Tadros, Daniel Fiset, Frédéric
Gosselin, Martin Arguin
33.453 Sensory and Cognitive Predictors of Reading Speed in
33.454 Server-based website for low vision to access Google Map
Jianwei Lu, Aries Arditi
Vision and Action: Posture, Wayfinding,
and Whacking
Sunday, May 10, 8:30 am – 12:30 pm
33.501 Does false representation of body in anorexia nervosa
affect visual perception of action possibilities? Marion Luyat,
Dewi Guardia, Gilles Lafargue, Pierre Thomas
33.502 The impact of aging on postural reactivity generated by
simulated ophthalmic lenses distortions Jean-Marie Hanssens,
Melody Moulin, Remy Allard, Jocelyn Faubet
33.503 Visual manifestation of body schema abnormalities in
a case of alien hand syndrome Daw-An Wu, Thomas Carlson,
George Alvarez, Patrick Cavanagh
33.504 Creating and shaping Body-action space Ava J. Senkfor
33.505 Looking without seeing: Two puzzling findings Laura Wolk,
Frank Durgin, Alen Hajnal
33.506 Looming detection within natural scenes and potential
errors in roadside judgments Damian Poulter, John Wann, Cath-
erine Purcell, Kate Wilmut
33.507 The outer limits: How limiting the field of view impacts navi-
gation and spatial memory. Pearl S. Guterman, Robert S. Allison,
Sion Jennings, Greg Craig, Avi Parush, Michelle Gauthier, Todd
Macuda
33.508 Parietal processing of visual information specifying “where
I’m going next” David Field, Jac Billington, John Wann, Richard
Wilkie
33.509 “Rips” and “folds” in virtual space:
Ordinal violations in
human spatial knowledge Jonathan Ericson, William Warren
33.510 The Contributions of Global and Local Object Landmarks in
Human Wayfinding Behavior Wen-Jing Lin, Teng-Yi Huang, Li-Wei
Ko, Chin-Teng Lin, Daisy L. Hung, Erik C. Chang
33.511 The Traveling Salesman Problem in the Natural Environment
Flip Phillips, Oliver Layton
33.512 The Importance of Body-Based Cues for Travelled Distance
Perception Jennifer Campos, John Butler, Heinrich Buelthoff
33.513 Do actors pick up information on the fly to perceive possibilities for action? Brett Fajen, Jon Matthis, Chris Cramer
33.514 A Dissociation Between Perception and Action in the
Material-Weight Illusion. Gavin Buckingham, Jonathan S. Cant,
Kai-Ling C. Kao, Melvyn A. Goodale
33.515 Smooth pursuit and manual interception Eli Brenner,
Jeroen B.J. Smeets
33.516 Combining information across time for successful catching
Joan López-Moliner, Eli Brenner, Stefan Louw, Jeroen Smeets
33.517 Internal models in two-dimensional target motion prediction and interception. Alessandra Sciutti, Francesco Nori, Giorgio
Metta, Thierry Pozzo, Giulio Sandini
Children Tiana M. Bochsler, Gunther Wagoner, Gordon E. Legge
39
Sunday Sessions
mance? Melinda Jensen, Dan Simons
33.440 Memory for motion is optimally represented in spatiotopic
coordinates. Wei Song Ong, Nina Hooshvar, James Bisley
33.441 A biologically inspired psychometric function for accuracy
of visual identification as a function of exposure duration Anders
Sunday Sessions
Sunday Sessions
33.518 Sub-cortical responses to looming objects: An fMRI study
of human interception of footballs. Jac Billington, John Wann,
David Field, Richard Wilkie
Multisensory Processing: Cross-modal
Perception
33.519 Visually perceived distances map onto different forms
Sunday, May 10, 8:30 am – 12:30 pm
simham, Peter Capucilli, Aysu Erdemir
33.536 Vibrotactile activation in areas MT, MST and FST revealed
by intrinsic-signal optical imaging in anesthetized New World
monkeys Robert Friedman, Barbara Dillenburger, Peter Kaskan,
of throwing for adults and children John Rieser, Gayathri Nara-
Sunday, May 10, 8:30 am – 12:30 pm
33.520 Spatial stereoresolution Fredrik Allenmark, Jenny Read
33.521 The effects of surface shape on sensitivity to disparity-
defined stimuli corrupted by binocular decorrelation Lisa O’Kane,
Paul Hibbard, Ross Goutcher
33.522 Transfer of Perceptual Learning Between Local and Global
Random-Dot Stereograms Liat Gantz, Harold Bedell
33.523 Local binocular depth contrast effects on surface edges
Sunday Sessions
VSS 2009 Program
Hiroaki Shigemasu, Mitsuhiro Yoshida, Michiteru Kitazaki
33.524 The effect of binocular disparity on the detection of curved
trajectories Russell Pierce, Zheng Bian, George Andersen
33.525 The coarse vs. fine dichotomy in stereopsis: a matter of
scale Debi Stransky, Laurie M. Wilcox
33.526 Percept-related differences found in the pupillary response
to physically identical luminance changes Eiji Kimura, Koharu
Tanaka, Satoru Abe, Ken Goryo
33.527 The influence of TMS over MT on perceptual memory in
structure-from-motion rivalry Jan Brascamp, Ryota Kanai, Vincent
Walsh, Raymond Van Ee
33.528 Coarse and fine disparity sensitivity in human visual cortex
Loredana Minini, Andrew Parker, Holly Bridge
33.529 A simultaneous depth and rivalry paradigm imaged with
fMRI. Athena Buckthought, Janine D. Mendola
33.530 High-resolution imaging of the human thalamus and superior colliculus during binocular rivalry Keith A. Schneider
33.531 Electrophysiological correlates of motion-induced blindness Li-Chuan Hsu, Su-Ling Yeh, Yi-Min Tien, Chia-Yao Lin
33.532 Do the same lateral interactions support collinear facilitation and binocular summation? Oren Yehezkel, Anna Sterkin, Uri
Polat
33.533 Visual awareness correlates with layer-specific activity in
primary visual cortex. Alexander Maier, Christopher Aura, David
Leopold
33.534 Early stages of figure-ground segregation: ERP compo-
nents associated with face-vase perception. Michael Pitts,
Antigona Martinez, James Brewer, Steve Hillyard
Jon Kaas, Anna Roe
33.537 Cross facilitation of visual and haptic motion David Burr,
Monica Gori, Giulio Sandini
33.538 Visual-haptic integration during pointing movements
Sascha Serwe, Julia Trommershäuser, Konrad Körding
33.539 Adapting the figure-ground cue of convexity: haptic
feedback changes the visual perception of depth Monica Gori,
Johannes Burge, Martin S. Banks
33.540 Tactile localization is affected by simultaneously presented
visual stimuli Vanessa Harrar, Ilja Frissen, Laurence R. Harris
33.541 Visual motion cues affect tactile motion perception Justin
Harris, Ehsan Arabzadeh, Colin Clifford
33.542 Keep your eye on the rabbit: Cross-modal influences on the
cutaneous rabbit illusion Richard Yao, Daniel Simons, Tony Ro
33.543 Not peripersonal space but the working area of the hand
determines the presence and absence of the visual capture of
the felt hand location in a mirror along the sagittal plane Takako
Yoshida, Yuki Miyazaki, Tenji Wake
33.544 The Time Course of Proprioceptive Drift in the Rubber Hand
Illusion Marieke Rohde, Massimiliano Di Luca, Marc O. Ernst
33.545 Two Studies of Phantom Sensations: (1) Mirror Therapy
for Bilateral Amputees; (2) Mirror Symmetric View of Self Causes
Paresthesias in Some Non-Amputees David Peterzell
33.546 Visual capture may influence body-based judgments of
object extent Benjamin R. Kunz, J. Scott Lauritzen, William B.
Thompson, Sarah H. Creem-Regehr
33.547 Rotating sound fields can facilitate biomechanical selfmotion illusion (“circular vection”) Bernhard E. Riecke, Daniel
Feuereissen, John J. Rieser
33.548 How do SCUBA divers know which way is up? The influence
of buoyancy on orientation judgements. Heather Jenkin, James
Zacher, Richard Dyde, Laurence Harris, Michael Jenkin
33.549 Spatial adaptation following tool use. Liana Brown, Robert
Doole, Nicole Malfait
33.550 Visual-haptic integration: Evidence for dynamic rescaling
of visual and haptic signals during tool use Chie Takahashi, Jörn
Diedrichsen, Simon J. Watt
33.535 Deterministic neural process for stochastic perception
Yohei Yamada, Katsuyuki Sakai, Yukiyasu Kamitani
40
VSS 2009 Program
Perceptual Organization: Brain
Mechanisms
Sunday, May 10, 2:45 – 4:15 pm
Moderator: Harriet Allen
2:45 pm
34.11 Common processes for segmentation by time and motion.
Harriet Allen, Kevin Dent, Glyn Humphreys
3:00 pm
34.12 Analysis of the Context Integration Mechanism in Border
Ownership Coding Rudiger von der Heydt, Nan R. Zhang
3:15 pm
34.13 Modulatory effects of attention on the sensitivity to real
and implicit motion: a high-density EEG study Melanie Palomares,
Justin Ales, Anthony Norcia
3:30 pm
34.14 Cortical representation of texture and scale studied with
fMRI Geoffrey Aguirre, Wesley Kerr, Daniel Drucker
congruency in human visual cortex Linda Henriksson, Aapo
Hyvärinen, Simo Vanni
4:00 pm
34.16 Neural correlates of perceptual grouping in the occluded
diamond illusion Justin Ales, Gideon Caplovitz, Anthony Norcia
Face Perception: Temporal Effects and
Dynamics
4:00 pm
34.26 Other-Race Faces All Look Alike to Me and My N170 Luca
Vizioli, Guillaume Rousselet, Kay Foreman, Roberto Caldara
Neural Mechanisms: Encoding and
Decoding
Sunday, May 10, 5:15 – 7:00 pm
Moderator: Nicole Rust
5:15 pm
35.11 Pattern motion selectivity of local field potentials in
macaque visual cortex Farhan A. Khawaja, James M.G. Tsui,
Christopher C. Pack
5:30 pm
35.12 Influence of contrast on the pattern direction selectivity
of macaque MT neurons Romesh D. Kumbhani, Najib J. Majaj,
Golbarg T. Saber, J. Anthony Movshon
5:45 pm
35.13 Orthogonal circuits for binocular disparity and ocular domi-
nance in visual cortex Prakash Kara, Jamie Boyd
6:00 pm
35.14 Motion processing in the ventral pathway: evidence for
direction maps in macaque V2 and V4 Haidong Lu, Gang Chen,
Anna Roe
6:15 pm
35.15 Balanced increases in selectivity and invariance produce
constant sparseness across the ventral visual pathway Nicole C.
Rust, James J. DiCarlo
6:30 pm
35.16 The phase of ongoing EEG oscillations predicts visual
Sunday, May 10, 2:45 – 4:15 pm
Moderator: Guillaume Rousselet
perception Niko Busch, Julien Dubois, Rufin VanRullen
2:45 pm
34.21 Temporal dynamics of face spatial frequency processing: an
the macaque Alan A Stocker, Najib Majaj, Chris Tailby, J Anthony
fMRI masking experiment. Valerie Goffaux, Judith Peters, Christine Schiltz, Bernadette Jansma, Rainer Goebel
3:00 pm
34.22 Age-related delay in information accrual for faces: Evidence
from a parametric, single-trial EEG approach Guillaume Rousselet, Jesse Husk, Cyril Pernet, Carl Gaspar, Patrick Bennett,
Allison Sekuler
3:15 pm
34.23 Does Temporal Integration of Face Parts Reflect Holistic
Processing? Olivia Cheung, Jennifer Richler, Stewart Phillips,
Isabel Gauthier
3:30 pm
34.24 The human brain recognizes individual faces faster from
shape than surface reflectance diagnostic information Stéphanie
Caharel, Fang Jiang, Volker Blanz, Bruno Rossion
3:45 pm
34.25 Masking in a high-level gender discrimination task is essen-
tially entirely pre-cortical. Simon J. Thorpe, Sébastien M. Crouzet,
Marc J.M. Macé, Nadège Bacon-Macé, Michèle Fabre-Thorpe
6:45 pm
35.17 Decoding velocity from population responses in area MT of
Movshon, Eero P Simoncelli
Sunday, May 10, 5:15 – 7:00 pm
Moderator: Ruth Rosenholtz
5:15 pm
35.21 Does visual search involve a salience map? Louis Chan,
William Hayward
5:30 pm
35.22 The benefits of similar neural representations of the target
for saccades and perception revealed by virtual evolution of an
ideal searcher with two separate processing pathways Miguel P
Eckstein, Sheng Zhang
5:45 pm
35.23 Modeling visual search in a thousand scenes: The roles
of saliency, target features, and scene context Krista Ehinger,
Barbara Hidalgo-Sotelo, Antonio Torralba, Aude Oliva
6:00 pm
35.24 A Crowded Model of Visual Search Ruth Rosenholtz,
Stephanie Chan, Benjamin Balas
41
Sunday Sessions
3:45 pm
34.15 Representation of broadband edges and spatial phase
Sunday Sessions
Sunday Sessions
6:15 pm
35.25 Searching aerial images: Evidence for scene constraints in
the absence of global context Gregory Zelinsky, Joseph Schmidt
6:30 pm
35.26 Don’t underestimate the Force: Learning to have a hunch in
visual search Jeremy Wolfe, Yoana Kuzmova
6:45 pm
35.27 Training determines the target representation for search
Mary Bravo, Hany Farid
Sunday, May 10, 2:45 – 6:45 pm
36.301 Breaking space: intransitivity of distance judgements Ellen
Sunday Sessions
Svarverud, Stuart J. Gilson, Andrew Glennerster
36.302 Hilltop (non) occlusion: A new cue for perceiving (the
absence of) slope Anna Ruff, Zhi Li, Frank Durgin
36.303 Hills look less steep from the edge: Proprioceptive error
and frontal tendency affect the perception of downhill slopes Zhi
Li, Frank Durgin
36.304 The perception of slope by eye, hand, foot, and finger:
Evidence for an amodal vertical tendency Alen Hajnal, Frank
Durgin
36.305 The Intrinsic Bias of Space Perception Is Updated During
Walking Lei Zhu, Zijiang He, Teng Leng Ooi
36.306 Perspective-taking changes perceived spatial layout Elyssa
Twedt, Carlee B. Hawkins, Dennis Proffitt
36.307 Aging and egocentric distance judgments in 3-D scenes
Zheng Bian, George Andersen
36.308 Verbal and Spatial Reasoning Abilities Predict Far Distance
Size Estimation Performance in Middle Childhood Carl Granrud,
William Merriman, Zachariah Moore
36.309 The connection effect in the disconnect between peripersonal and extrapersonal space Brian Garrison, Colin Ellard
36.310 Kicking to Bigger Uprights: Field Goal Kicking Performance
Influences Perceived Size Jessica Witt, Travis Dorsch
36.311 Common processing for two perceptual tasks in different
spatial dimensions in response to identical visual stimuli. Adam
Shavit, Wenxun Li, Leonard Matin
36.312 The role of shadow in 3D object representation: Evidence
from shadow-specific priming. Pamela Arnold, Toby Lloyd-Jones,
Charles Leek
VSS 2009 Program
Sunday, May 10, 2:45 – 6:45 pm
36.315 The Nature of the Capacity Limitations in Visual Short-Term
Memory Thomas Alrik Sørensen, Søren Kyllingsbæk
36.316 Measuring VSTM ‘iconic’ memory capacity in 6-month-old
infants Erik Blaser, Zsuzsa Kaldy, Marisa Biondi
36.317 Durability of feature-based and object-based representations in visual short-term memory David Fencsik, Jessica Heaton
36.318 Visual short-term memory for abstract patterns: Effects of
symmetry, element connectedness, and probe quadrant. Han-
Chang Lai, Sarina Hui-Lin Chien, Wen-Yen Kuo
36.319 Dual impact of extra-foveal processing in human visual
short-term memory Raju Sapkota, Shahina Pardhan, Ian van der
Linde
36.320 Experience-dependent distortions in working memory for
metrically similar colors Jeffrey S. Johnson, John P. Spencer
36.321 Contralateral delay activity is sensitive to the spatial distribution of items in working memory: An ERP study Lingling Wang,
Steven B. Most, James E. Hoffman
36.322 Estimating visual working memory capacity with whole and
single probe test arrays Nathaniel J.S. Ashby, Keisuke Fukuda,
Edward K. Vogel
36.323 Visual working memory capacity can be assessed independent of comparison errors Daryl Fougnie, Christopher L. Asplund,
René Marois
36.324 Location and Meaningful Visual Detail Influence Cross-
modal Working Memory Capacity Anne Gilman, Colin Ware
36.325 Assessing sensory gain during the maintenance of information in working memory Miranda Scolari, John T. Serences
36.326 A Bilateral Advantage for Resolution in Visual Working
Memory Akina Umemoto, Trafton Drew, Edward Ester, Edward
Awh
36.327 Indexing the Maintenance of Objects in Visual Working
Memory by Spatial Selection Melonie Williams, Pierre Pouget,
Leanne Boucher, Geoffrey Woodman
36.328 The interactive nature of multiple stimulus representa-
tions in visual-short term memory Eunsam Shin, Monica Fabiani,
Gabriele Gratton
36.329 Multiple physiological markers of visual short-term
memory: convergence and divergence. Nicolas Robitaille, Stephan
36.313 Non-linear calibration of a non-see-through head mounted
Grimault, Jay Todd, René Marois, Douglas Cheyne, Pierre Jolicoeur
rster
36.330 Grey matter volume explains individual differences in visual
short-term memory capacity Ilja G. Sligte, H. Steven Scholte,
display Stuart J. Gilson, Andrew W. Fitzgibbon, Andrew Glenne36.314 What’s so special about the N170? Modulation of N170 by
geometric shape attributes of three-dimensional (3D) objects.
Charles Leek, Mark Roberts, Irene Reppa, Alan Pegna
Victor A.F. Lamme
36.331 Global mechanisms of sensory recruitment during working
memory maintenance. Edward Ester, John Serences, Edward Awh
36.332 The neural correlates of visual working memory consolidation: A time-resolved fMRI study Jay Todd, Suk Won Han,
Stephenie Harrison, René Marois
42
VSS 2009 Program
Sunday, May 10, 2:45 – 6:45 pm
36.401 Involuntary but not voluntary orienting modulates the
splitting of attention Peter Squire, Pamela Greenwood, Raja
Parasuraman
36.402 Effects of cholinergic enhancement on voluntary and invol-
untary visuospatial attention in humans Ariel Rokem, Dave Garg,
Ayelet Landau, William Prinzmetal, Michael Silver
36.403 Visuospatial neglect: Reflexive but not volitional orienting
contributes to a disengage deficit Bettina Olk, Alan Kingstone
36.404 Co-determination of attentional allocation by endogenous
and exogenous factors Charles Mander, James H. Elder, Jocelyn
Keillor, Yuqian Hou
36.405 Auditory Effects on the Timing of Exogenous and Endog-
William Prinzmetal
36.407 Differential effects of transient attention on adaptation to
different spatial frequencies Yaffa Yeshurun
36.408 Effects of faces as exogenous cues are dependent on visual
field and handedness Emma Ferneyhough, Damian Stanley,
Elizabeth Phelps, Marisa Carrasco
36.409 What does a short-SOA exogenous cue do in a so-called
simple-RT task? Peii Chen, J.Toby Mordkoff
36.410 Endogenous attention alters the appearance of spatial
frequency Jared Abrams, Antoine Barbot, Marisa Carrasco
36.411 Endogenous attention can reduce the tilt illusion, but not
crowding. Isabelle Mareschal, Joshua Solomon, Michael Morgan
36.412 On the exploration of surface-based attention with cuing
task Yu-Chieh Chang, Shwu-Lih Huang, Hung-Wei Lee
Object Recognition: Objects and
Categories
Sunday, May 10, 2:45 – 6:45 pm
36.413 Is There an Object-Centered Coordinate Map in LOC? Mark
D Lescroart, Kenneth J Hayworth, Irving Biederman
36.414 Evidence for Object File Encoding in the Posterior Fusiform
Gyrus (pFs) and the Intraparietal Sulcus (IPS) Kenneth Hayworth,
Mark Lescroart, Jiye Kim, Irving Biederman
36.415 The visual system ignores outliers when extracting a
summary representation Jason Haberman, David Whitney
36.416 Discovering the Structure of Object Representation through
fMRI Clustering Edward Vul, Danial Lashkari, Polina Golland,
Po-Jang Hsieh, Nancy Kanwisher
36.417 Subliminal Priming effect of Word and Object on Object
Recognition: an ERP Study Yi-Min Tien, Li-Chuan Hsu, Chia-Yao
36.420 The penetration of visual representations by conceptual
categories Gary Lupyan, Sharon Thompson-Schill, Daniel
Swingley
36.421 EEG signals of rapid visual categorization in monkeys, in V4
area Denis Fize, Ghislaine Richard, Christophe Jouffrais, Michèle
Fabre-Thorpe
36.422 Cortical Dynamics of Invariant Category Learning and
Recognition of Realistic Objects Jeffrey Markowitz, Yongqiang
Cao, Stephen Grossberg
36.423 Quantifying the Role of Context in Visual Object Recognition Elan Barenholtz
36.424 Experience can determine category selectivity in the visual
system Alan C.-N. Wong, Thomas Palmeri, Baxter Rogers, John
Gore, Isabel Gauthier
36.425 Learned Reorganization of Invariant Object Category
Selectivity in Inferotemporal Cortex during Eye Movement Search
Yongqiang Cao, Stephen Grossberg, Jeffrey Markowitz
36.426 Processing two visual categories at once: “OR” is easy,
but “AND” takes time Olivier R. Joubert, Mathieu J. Ruiz, Michèle
Fabre-Thorpe
36.427 Visually evoked EEG activity differentiates individuals
during a perceptual categorization task but preparatory or late
activity does not Koel Das, Sheng Zhang, Barry Giesbrecht,
Miguel P Eckstein
36.428 Influences of Contextual Information on Rapid Object
Categorization in Natural Scenes Hsin-Mei Sun, Robert D. Gordon
Sunday, May 10, 2:45 – 6:45 pm
36.430 Color appearance and compensation in the near periphery
Kimberley Halen, Andrew Meyers, Patricia Winkler, John Werner,
Michael Webster
36.431 Transitions from negative to switch color afterimages
Daniel R. VanHorn, Gregory Francis
36.432 Simultaneous Color Contrast Pulls Out the Color Common
to the Background and Test Patch or Bleaches the Test Patch If
There Is No Common Color Eric Altschuler, Abigail Huang, Alice
Hon
36.433 Effect of chromatic surround variance on color appearance
in a real environment Yoko Mizokami, Hirohisa Yaguchi
36.434 Reversing the watercolor effect Adam Reeves, Rebecca
Grayhem
36.435 SHAME: A new spatial hue angle metric for perceptual
image difference Marius Pedersen, Jon Y. Hardeberg
36.436 The situated laptop: a tangible interface for computerbased studies of surface appearance Benjamin Darling, James
Ferwerda
36.437 Preferred greyscale versions of coloured images: human vs
machine Marina Bloj, David Connah, Graham Finlayson
Lin
36.418 Reading pictures Katharine Tillman, Denis Pelli
43
Sunday Sessions
enous Visual Attention Mirjam Keetels, Jean Vroomen
36.406 Individual Differences in Voluntary and Involuntary Attention Deena Elwan, Ayelet Landau, Sarah Holtz, Han Duong,
Sunday Sessions
Sunday Sessions
36.438 Color difference scaling at the blue-green color category
boundary as a test of the Sapir-Whorf Hypothesis Delwin Lindsey,
36.503 Comparing Binocular, Biocular and Monocular Cues for
Time-To-Contact Catherine E Grafton, Harold T Nefs, Julie M
36.439 How color might look to others – adapting images to
36.504 Discriminating curved from straight motion trajectories in
3D scenes Shaw Gillespie, Myron Braunstein, George Andersen
36.505 Measuring azimuth and elevation of binocular 3D motion
direction Suzanne Heron, Martin Lages
36.506 Testing generalized models of binocular 3D motion perception Martin Lages, Suzanne Heron
36.507 Contributions of vergence, looming, and relative disparity
to the perception of motion in depth Kazuho Fukuda, Ian P.
Angela Brown
simulate color appearance across different environments Igor
Juricevic, Michael Webster
36.440 Representation of color naming category boundaries on
dichromats along their confusion loci using a chromatic-opponent channel model Hisashi Komine, Keizo Shinomori, Shigeki
Nakauchi
36.441 Color Naming Ability in Monochromats and Dichromats
James Nolan, Shannon Riley
36.442 Color constancy in 4- to 5- month old infants Jiale Yang, So
Kanazawa, Masami K. Yamaguchi, Ichiro Kuriki
36.443 Surface Discrimination of Natural Objects: When is a Blue
Kiwi Off-Colour? Anya Hurlbert, Ilaria Pietta, Milena Vurro,
Yazhu Ling
Sunday Sessions
VSS 2009 Program
36.444 Categorization of surface colors during natural twilight: A
field study Roger Knight, Eileen Knight
36.445 Categorical color constancy for rendered and real surfaces
Maria Olkkonen, Christoph Witzel, Thorsten Hansen, Karl Gegenfurtner
36.446 Working Memory Predicts Individual Differences In Color
Constancy Elizabeth Allen, Sian Beilock, Steven Shevell
36.447 Memory colours of polychromatic objects Milena Vurro,
Yazhu Ling, Anya Hurlbert
Harris
Howard, Robert S. Allison
36.508 Individual differences reveal two independent motion-indepth mechanisms Harold Nefs, Louise O’Hare, Julie Harris
36.509 Does the motion/pursuit law accurately characterize the
perception of depth from motion parallax? Mark Nawrot, Lindsey
Joyce, Keith Stroyan
36.510 A Bayesian ideal observer for perceiving heading and rotation from optic flow Jeffrey Saunders, Diederick Niehorster
36.511 A comparison of motion integration for optic flow components Alan Lee, Hongjing Lu
36.512 Cortical distribution of asymmetric responses to radial
expansion/contraction in human adults and infants. Nobu Shirai,
Tomoko Imura, Deirdre Birtles, Shirley Anker, Shigeru Ichihara,
John Wattam-Bell , Janette Atkinson, Oliver Braddick
Space Matthew Barker-Benfield, Karen B. Schloss, Stephen E.
36.513 Motion-onset visual evoked potentials (m-VEPs) in children: similarities and differences between translational and radial
motion Laura Lefebvre, Gina Muckle, Sandra W. Jacobson, Joseph
36.449 Preference for Three-Color Combinations in Varying Propor-
36.514 Generating optic flow from illusory disk motion Johannes
36.448 Preference for Color-pairs within Finely Sampled Color
Palmer
tions Rosa M. Poggesi, Karen B. Schloss, Stephen E. Palmer
36.450 The Role of Spatial Composition in Preference for Color
Pairs Christine E. Nothelfer, Karen B. Schloss, Stephen E. Palmer
36.451 Cross-Cultural Differences in Color Preference: Japan vs.
the USA Wakako Fushikida, Karen Schloss, Kazuhiko Yokosawa,
L. Jacobson, Céline H. Bastien, Dave Saint-Amour
M. Zanker
36.452 The Relationship between Color and Form in Judgments of
Preference and Harmony Gary Hackett, Karen B. Schloss, Stephen
36.515 Use of speed differences for detection of moving objects by
moving observers. Kathleen Moore, Constance Royden
36.516 Detecting object movement during self-movement: the
importance of local motion contrast, position change and optic
flow Simon Rushton, Paul Warren
36.517 A physiologically based model for detection of moving
objects by a moving observer. Constance Royden, Michael
36.453 Color Harmony Increases the Capacity of Visual Short Term
Memory Thomas Sanocki, Noah Sulman
Stephen Palmer
E. Palmer
Sunday, May 10, 2:45 – 6:45 pm
36.501 Selective adaptation of 3D motion mechanisms Thaddeus
B. Czuba, Kyle R. Guillet, Lawrence K. Cormack, Alexander C.
Huk, Bas Rokers
36.502 Slant stereomotion: A new kind of depth motion from modulation of interocular spatial frequency difference Christopher
Tyler, Lora Likova, Spero Nicholas
44
Holloway
Sunday, May 10, 2:45 – 6:45 pm
36.518 Response to Changes in Variability During Movement Under
Risk Michael S. Landy, Nathaniel Daw, Julia Trommershäuser
36.519 Comparison of distortions of probability information in
three stochastic tasks: visual, visuo-motor and decision making
under risk Craig Glaser, Julia Trommershäuser, Pascal Mamas-
sian, Laurence Maloney
36.520 Dissociations between Perceived and Actual Success in
Goal-Directed Movements Holly E Gerhard, Wolfe Uta, Laurence
T Maloney
VSS 2009 Program
36.521 Exploring the limits of optimal motor-planning Andreas
Jarvstad, Ulrike Hahn, Paul Warren, Simon Rushton
36.522 A neural model of the visual tuning properties of actionselective neurons in STS and area F5 Falk Fleischer, Antonino
Casile, Martin Giese
36.523 The effects of stimulus ambiguity and trial order on the
selection of goal-directed actions Daniel K. Wood, Melvyn A.
Goodale
36.524 The anti-pointing task: vector inversion is mediated by a
perceptual representation of reaching space Matthew Heath,
Anika Maraj, Gordon Binsted
36.525 The effect of gaze shifts, pointing, and saccadic adaptation
on the relative position judgments of a remembered object David
C Cappadocia, Denise YP Henriques
36.526 A window into behavioural strategies used in visuomotor
Yuko Masakura
36.529 Differences between action and perception in learning
object categories Matthew Keough, Ada Le, Jun Li, Matthias
Niemeier
36.530 Large Perspective Changes (>45°) Allow Metric Shape
Perception Used to Guide Grasping Geoffrey Bingham, Young Lee,
Mark Mon-Williams
36.540 Identifying the mechanism of adaptation to prolonged
contrast reduction MiYoung Kwon, Gordon Legge, Fang Fang,
Allen Cheong, Sheng He
36.541 Isolating the Angular Harmonic of the Indirect Tilt AfterEffect Veronique Lefebvre, Keith Langley, Peter Bex
36.542 Spatial and temporal integration in blur adaptation Searus
Mandegary, Michael Webster, Mark Georgeson
36.543 Contrast-modulated noise shows an adaptable, rectifying,
contrast-comparison process (“Buffy adaptation”) S. Sabina
Wolfson, Stephanie Pan, Gauri Wable, Norma Graham
36.544 Distortion in perceived object size accompanies saccadic
adaptation Tyler Garaas, Marc Pomplun
36.545 A negative adaptation after-effect of mean size Nicole
Wurnitsch, Jennifer Corbett, David Whitney
36.546 Visual Replay Effect: Objective Evidence from a Masking
Paradigm Harish Vasudevan, Neil Halelamien, Shinsuke Shimojo
36.547 Detection mechanisms selective to combinations of luminance- and contrast-modulations Remy Allard, Patrick Cavanagh
36.548 Critical-Band Masking Estimation of 2nd-Order Filter Orientation Bandwidth Jerad Fields, Christopher A Henry, Michael S
Landy
36.549 Spatial-frequency tuning develops over time Felix A. Wich-
mann, G. Bruce Henning
36.550 Surround suppression in visual cortex: Effects of spatial
frequency Allison B. Sekuler, Lisa R. Betts, Eugenie Roudaia,
Yaroslav Konar, Patrick J. Bennett
36.531 Gaze strategies and grasping: Complex shapes Loni
Desanghere, Jonathan Marotta
36.532 A model on human grasp point selection Urs Kleinholder-
mann, Karl R. Gegenfurtner, Volker H. Franz
36.533 The Role of Audition in the Scaling of Grasping. A. Sedda, S.
Monaco, G. Bottini, M. A. Goodale
36.534 So close and yet so far away: An effect of disgust on
distance perception and graspability Erika Siegel, Phillip Walker,
Jeanine Stefanucci
36.535 Distractor Valence Affects Action Francisco Colino, John
De Grosbois, Gavin Buckingham, Matthew Heath, Gordon
Binsted
36.536 Posterior Cortical Atrophy: The effects on Perception and
Action. Jonathan Marotta, Loni Desanghere, Benjamin Meek, Lee
Baugh, Jane Lawrence, Keri Locheed, Paul Shelton
36.537 Changes in Visuomotor Performance of Concussed Indi-
viduals. Jason Locklin, James Danckert
Sunday, May 10, 2:45 – 6:45 pm
36.538 Dividing the legs of sheep: Does Burr’s Australian stockman
strategy work? Daniel Abdul-Malak, Frank Durgin
36.539 Aftereffect of spatial offset between Gabor patches Kenji
Kobayashi, Ikuya Murakami
45
Sunday Sessions
adaptation Jane Lawrence, Lee Baugh, Jonathan Marotta
36.527 Visual-haptic disparity of target will modulate action-guidance strategy Jonathan Diamond, Luc Tremblay
36.528 Reduction of the flash-lag effect in terms of active control
of visual stimulus and size of hand movement Makoto Ichikawa,
Sunday Sessions
Monday Sessions
VSS 2009 Program
Monday Sessions
Color and Light: Lightness and Color of
Surfaces
Monday, May 11, 8:30 – 10:00 am
Moderator: James Schirillo
8:30 am
41.11 Grouping by illumination level: Surroundedness can substi-
tute for adjacency in the coplanar depth effect. Alan Gilchrist,
Ana Radonjic
8:45 am
41.12 An Edge-Based Account of Lightness Compression and
Insulation in the Staircase Gelb Effect Michael E. Rudd
9:00 am
41.13 Shadows Control Microsaccades and Drift James Schirillo,
Richard Friedhoff
9:15 am
41.14 Yellow papers under blue light vs. blue papers under yellow
light: same or different? Rumi Tokunaga, Alexander Logvinenko
9:30 am
41.15 Surface material properties and color constancy of 3D
Monday Sessions
objects Bei Xiao, David Brainard
41.16, 9:45 am An Ecological Valence Theory of Human Color Preferences Karen B. Schloss, Stephen E. Palmer
Scene Perception: Mechanisms and Representations
Monday, May 11, 8:30 – 10:00 am
Moderator: Alice Albrecht
8:30 am
41.21 Rapid, global image processing: Powerful, but capacity-
limited Karla Evans, Jeremy Wolfe
8:45 am
41.22 Perceptually averaging in a continuous visual world:
Extracting statistical summary representations over time Alice R.
Albrecht, Brian J. Scholl
9:00 am
41.23 The bear before the forest, but the city before the cars:
revealing early object/background processing Sébastien M.
Crouzet, Olivier R. Joubert, Simon J. Thorpe, Michèle FabreThorpe
9:15 am
41.24 Natural scene categorization by global scene properties:
Evidence from patterns of fMRI activity Soojin Park, Michelle
Greene, Timothy F. Brady, Aude Oliva
9:30 am
41.25 Making Big Things Look Small:
Blur Combined with Other
Depth Cues Affects Perceived Size and Distance Robert Held,
Emily Cooper, James O’Brien, Martin Banks
46
9:45 am
41.26 Representational Transparency in Aesthetic Judgments of
Spatial Composition: Effects of Object Position and Size Jonathan
Gardner, Stephen Palmer
Monday, May 11, 11:00 am – 12:45 pm
Moderator: Bosco Tjan
11:00 am
42.11 Spatial interactions in crowding: effects of flankers’ rela-
tions Tomer Livne, Dov Sagi
11:15 am
42.12 Crowding in peripheral vision: why bigger is not always
better. Dennis Levi, Thom Carney
11:30 am
42.13 Crowding-induced changes in appearance: Bringing signal
to the noise John Greenwood, Peter Bex, Steven Dakin
11:45 am
42.14 Modulation of the spatial extent of the crowding effect
by shaping visual attention Tingting Liu, Peng Zhang, Yi Jiang,
Sheng He
12:00 pm
42.15 Three essential ingredients of crowding Bosco S. Tjan
12:15 pm
42.16 Adapting to astigmatism Michael Webster, Lucie Sawides,
Sowmya Ravikumar, Larry Thibos, Arthur Bradley, Susana
Marcos
12:30 pm
42.17 The development of contrast sensitivity for gratings and
natural images: revisiting the golden standard Dave Ellemberg,
Aaron Johnson, Bruce Hansen
Monday, May 11, 11:00 am – 12:45 pm
Moderator: Leila Reddy
11:00
42.21 Capturing attention without perceptual awareness Jeffrey
Lin, Scott Murray, Geoffrey Boynton
11:15
42.22 Spatial attention reduces contrast adaptation Franco
Pestilli, Barbara Montagna, Justin Gardner, David Heeger, Marisa
Carrasco
11:30
42.23 Attention and biased competition in multi-voxel object repre-
sentations. Leila Reddy, Rufin VanRullen, Nancy Kanwisher
11:45
42.24 Competition for Limited Capacity: Towards a Saliency Theory
of Distractor Processing Zhicheng Lin, Sheng He
VSS 2009 Program
12:00
42.25 Psychophysical evidence for the normalization model of
attention Katrin Herrmann, Marisa Carrasco, David Heeger
12:15 pm
42.26 Attention improves response reliability by decreasing noise:
Reduction in the amplitude of fluctuations of fMRI signal at nonstimulus frequencies using periodic retinotopic mapping stimuli
David Bressler, Michael Silver
12:30 pm
42.27 Modulation of the direction of figure by feature-based atten-
tion Nobuhiko Wagatsuma, Megumi Oki, Ko Sakai
Perceptual Learning: Specificity and
Transfer
Monday, May 11, 8:30 am – 12:30 pm
43.301 Perceptual learning transfers from luminance- to contrastdefined motion Taylor Hayes, Alexander Petrov
43.302 The stimulus specificity of motion perceptual learning
depends on the difficulty during post-test rather than training
Alexander Petrov
43.303 Perceptual learning of visual motion: The role of the spatial
frequency of the carrier Nicholas Van Horn, Alexander Petrov
43.304 Enabling complete transfer of perceptual learning across
orientations in foveal vision through double training Jun-Yun
Zhang, Lu-Qi Xiao, Stanley Klein, Dennis Levi, Cong Yu
Wilson Chu, Barbara Dosher, Zhong-Lin Lu
43.306 The Less-Is-More principle in realistic visual statistical
learning Aaron Glick, Jόzsef Fiser
43.307 The emergence of explicit knowledge with experience in
visual statistical learning Kimberly MacKenzie, Jozsef Fiser
43.308 Versatile perceptual learning of textures after variable
exposures Zahra Hussain, Allison Sekuler, Patrick Bennett
43.309 Perceptual Learning of Noisy Oriented Gratings as Revealed
by Classification Images Jonathan Dobres, Aaron Seitz
43.310 Training effect on the useful visual field with and without a
central task Mitsuharu Ogiya , Satoshi Shioiri, Akio Nishimura,
Ken-Ichiro Tsutsui
43.311 Comparing perceptual learning and perceptual expertise
with matched stimuli Yetta K. Wong, Jonathan R. Folstein, Isabel
Gauthier
43.312 An effect of mere exposure on visual category learning
Jonathan R. Folstein, Isabel Gauthier, Jenna Lea Green, Thomas J.
Palmeri
43.313 Are label associations necessary for the acquisition of
expertise? Daniel Kinka, Cindy Bukach, Isabel Gauthier
43.314 Cross-modal perceptual learning is non-trivial: synchronous
and semantically plausible auditory cues were not recruited for a
visual appearance task Anshul Jain, Benjamin Backus
43.315 Cue recruitment for the construction of perceptual appear-
ance: World location competes with retinal location in an associative learning paradigm. Sarah Harrison, Ben Backus
43.316 Improved Perception Immediately Leads to Improved Movement Stability Winona Snapp-Childs, Geoffrey Bingham, Andrew
Wilson
Monday, May 11, 8:30 am – 12:30 pm
43.317 Rapid estimation of the spatiotemporal contrast sensitivity
surface Luis Andres Lesmes, Sergei Gepshtein, Zhong-Lin Lu,
Thomas Albright
43.318 Visual sensitivity to acceleration: Effects of motion orienta-
tion, velocity, and size Dorita H. F. Chang, Nikolaus F. Troje
43.319 Rapid forms of visual motion priming and motion afteref-
fect have similar time course but different neural substrates in
first- and second-order motion Gianluca Campana, Clara Casco,
Andrea Pavan, Mauro Manassi
43.320 Attentional modulation of the static and flicker MAEs
Satoshi Shioiri, Kazumichi Matsumiya
43.321 Impaired luminance detection in apparent motion trajec-
tory Souta Hidaka, Masayoshi Nagai, Patrick J. Bennett, Allison B.
Sekuler, Jiro Gyoba
43.322 Spatiotemporal properties of apparent-motion perception
in aging Eugenie Roudaia, Karin S. Pilz, Allison B. Sekuler, Patrick
J. Bennett
43.323 Human detection and localization of speed differences
during fixation and smooth pursuit eye movements Karl R. Gegen-
furtner, Alexander C. Schütz, Doris I. Braun
43.324 Apparent motion from outside the visual field: retinotopic
cortices may register extraretinal locations. Martin Szinte, Patrick
Cavanagh
43.325 Prior Probabilities and Representational Momentum: A
Signal Detection Analysis Timothy L. Hubbard, Martina Lange
43.326 Trapezoidal illusions: Windsurfers versus runways George
Sperling, Joetta Gobell, Chia-huei Tseng
43.327 Visual Pathways and the Flash-Lag (-Lead) Illusion Mark
Chappell, Kathy Mullen
43.329 Magnification of the Froehlich Effect under Noise Rick Cai,
Jerry Federspiel, Michael Zenz, Evan Krueger
43.330 Illusory position shift induced by plaid motion Rumi
Hisakata, Ikuya Murakami
43.331 Perception of Motion Smear during Visually Induced Illusory Self Motion. Harold Bedell, Jianliang Tong
Monday, May 11, 8:30 am – 12:30 pm
43.401 Smooth pursuit and cognition share attentional resources
Zhenlan Jin, Adam Reeves, Scott Watamaniuk, Stephen Heinen
47
Monday Sessions
43.305 The rate of perceptual learning at a fixed accuracy
threshold is improved by feedback and by mixture with easier trials
Monday Sessions
Monday Sessions
43.402 Differences in active versus passive short-term memory
acquisition for smooth pursuit eye movements revealed by eventrelated fMRI Melanie Burke, Graham Barnes
43.403 Smooth pursuit eye movements and the segregation of
coherent motion Alexander C. Schütz, Miriam Spering, Doris I.
Braun, Karl R. Gegenfurtner
43.404 Motion correspondence based on the proximity in the
environmental coordinates during smooth pursuit eye movements
Masahiko Terao, Masaharu Kato, Akihiro Yagi, Shin’ya Nishida
43.405 Psychophysical observation of head tilt vestibulo-ocular
reflex Seiichiro Naito, Kumiko Kobayashi
43.406 Auditory deprivation during infancy affects the control of
pursuit eye movements Christine Turgeon, Aaron Johnson, Sebas-
tian Pannasch, Dave Ellemberg
43.407 Persistent abnormalities in the control of eye movements
following a sport-related concussion Bruno Richard, Aaron
Johnson, Dave Ellemberg
43.408 Intercepting moving targets: Estimating motion integration
and saccadic dead time. P.J. Etchells, C.P. Benton, C.J.H. Ludwig,
I.D. Gilchrist
43.409 A simple technique to improve fixation performance in
naïve observers. Marcia Grabowecky, Emmanuel Guzman-
Martinez, Parkson Leung, Steven Franconeri, Satoru Suzuki
43.410 Fixational eye movements during quiet standing Konstantin
Mergenthaler, Ralf Engbert
Monday Sessions
43.411 Fixational eye movements and the autokinetic illusion
Michele Rucci, Martina Poletti
43.412 Fixational eye movements in a high-acuity visual task Hee-
kyoung Ko, Martina Poletti, Michele Rucci
Monday, May 11, 8:30 am – 12:30 pm
43.413 Scene encoding is enhanced during target identification in
a RSVP task Geoffrey Boynton, Jeffrey Lin, Scott Murray
43.414 Intentional reduction of the attentional blink: The roles of
motivation and attentional control Dustin Engelhardt, Steven B.
Most, Jason E. Reiss, James E. Hoffman, Matthew Doran, Lingling
Wang
43.415 Modulation of distractor processing during the attentional
blink. James Elliott, Barry Giesbrecht
43.416 A Blip in the Blink: Novel Distractors Produce Sparing at
Lag 2, But Not Lag 1 Charles Folk, Andrew Leber, Howard Egeth
43.417 Can Endogenous Spatial Cues Be Processed During the
Attentional Blink? Shahab Ghorashi, James T. Enns, Vincent Di
Lollo
43.418 Electrophysiological evidence for independent consolida-
tion of multiple targets in the attentional blink Ken Kihara, Junichiro Kawahara, Yuji Takeda
43.419 Feature-based guidance improves singleton detection
during the attentional blink Carly J. Leonard, Howard Egeth
48
VSS 2009 Program
43.420 Under which conditions does T1 difficulty affect T2 performance in the attentional blink? Simon Nielsen, Anders Petersen,
Tobias Andersen
43.421 Implicit Learning and the Attentional Blink Evan Livesey,
Irina Harris, Justin Harris
43.422 Noise Overlay on the RSVP stream reduces the AB Fook
Chua
43.423 Word superiority in a dual-task RSVP: familiarity or task
definition? Viatcheslav Stepanov
43.424 A distinction between perceptual blindness and attentional
blindness (II): backward masking versus attentional blink Chia-
huei Tseng, Ryota Kanai, Yu-luen Lin, Vincent Walsch
43.425 Video game players excel at change detection Kait Clark,
Mathias Fleck, Stephen Mitroff
43.426 Inattention boosts subjective visibility: Implications for
inattentional and change blindness Dobromir Rahnev, Brian
Maniscalco, Elliott Huang, Hakwan Lau
Attention: Linguistic, Motivational and
Affective Factors
Monday, May 11, 8:30 am – 12:30 pm
43.427 Spatial relationships as a visual routine: Evidence from
linguistic influences on perceptual judgment Steven Franconeri,
Jessica Roth
43.428 Linguistic Control of Visual Attention: Differential Access
and Focus or Just Confusion? Gregory Davis, Bradley Gibson
43.429 What’s in a cue? How value learning affects exogenous
selection in dual-stream RSVP Jennifer O’Brien, Helena Ruther-
ford, Anne Ferrey, Jane Raymond
43.430 Can the value of irrelevant cues influence visual orienting?
Helena Rutherford, Jennifer O’Brien, Jane Raymond
43.431 Consequences of visual selective attention for evaluations
of affectively positive and negative stimuli. Mark Fenske, Jackilyn
Alberton, Melena Vinski, Meghan Pistchik
43.432 Visual Marking: The effect of emotional change on timebased visual selection Elisabeth Blagrove, Derrick Watson
43.433 Positive and anxious mood influences on selective visual
attention Ezra Wegbreit, Steven Franconeri, Mark Jung-Beeman
43.434 Top-down modulation of reflexive social orienting Jocelyn
Sy, Jelena Ristic, Barry Giesbrecht
Monday, May 11, 8:30 am – 12:30 pm
43.435 Reverse correlation between the N170 and fractal noise
yields human faces: A time-frequency spectrum analysis Bruce C
Hansen, Benjamin Thompson, Robert F Hess, Dave Ellemberg
43.436 Virtual Brain Reading: A connectionist approach to understanding fMRI patterns. Rosemary Cowell, Garrison Cottrell
VSS 2009 Program
Monday Sessions
43.437 fMRI-Adaptation and category selectivity in human ventral
temporal cortex: Evidence for the scaling and sharpening models
43.506 Cortical arousal influences early but not late visual percep-
Kevin S. Weiner, Rory Sayres, Joakim Vinberg, Kalanit GrillSpector
tion Adam J Woods, John Philbeck, Kenneth Chelette, Mark
Mennemeier, Robert Skinner, Edgar Garcia-Rill, David Chichka,
Samuel Potolicchio
43.438 Decoding distinct modes of face categorization in the
cortical face network Yu-Chin Chiu, Michael Esterman, Heather
43.507 Finding Your Way: The influence of global spatial intelligibility and field-of-view on a wayfinding task Kevin Barton, Colin
43.439 Interaction between electrical stimulation of face-selec-
43.508 Locomotion for Navigation in Virtual Environments:
Walking, Turning, and Joystick Modalities Compared Bobby
Rosen, Steven Yantis
tive area and perception of face stimuli Kyung Mi Park, Shinho
Jo, Sang Chul Chong, Eun Yeon Joo, Min-Joo Lee, Seung Chyul
Hong, Seung Bong Hong
43.440 What is between face detection and face recognition?
Ellard
Bodenheimer, Daniel Feuereissen, Betsy Williams, Peng Peng,
Timothy McNamara, Bernhard Riecke
Valerie Morash, Tharian Cherian, Pawan Sinha
43.509 A gateway into the visual control of locomotion: walking
through doors in Parkinson’s Disease Dorothy Cowie, Amy
43.441 Selective contrast enhancement at category boundaries
in the superior temporal sulcus Christopher Said, Christopher
43.510 The Argus II Retinal Prosthesis: From laboratory psycho-
Moore, Kenneth Norman, James Haxby, Alexander Todorov
43.442 Electrophysiological evidence for biased competition in V1
favoring motivationally significant stimuli Greg L. West, Adam
A.K. Anderson, Susanne Ferber, Carson Pun, Jay Pratt
43.443 On the neural mechanism of fear recognition Sylvain Roy,
Nathalie Gosselin, Frederic Gosselin, Isabelle Peretz
43.444 The right FFA is sensitive to subtle physical changes
between personally familiar faces Meike Ramon, Laurence Dricot,
Rainer Goebel, Bruno Rossion
Yue, Irving Biederman, Jiye Kim, Mark Lescroart
43.447 It’s all in your head: Why is the body inversion effect abol-
ished for headless bodies? Tatiana Pelc, Ida Lubetzky, Galit Yovel
43.448 Dissociating between the role of exposure and individuation
in perceptual expertise for faces Galit Yovel, Keren Halsband,
Yonatan Goshen
43.449 Same- and Cross-modal Perceptual Effects on Gender and
Identity Adaptation Aida Owlia , Heather Jordan
43.450 Talk to the hand: the visual word form area responds to
bodies and faces Jiedong Zhang, Yiying Song, Jia Liu
Monday, May 11, 8:30 am – 12:30 pm
43.501 The relationship between eye and head movements during
locomotion with visual pursuit tasks. Michael von Grünau,
Simona Manescu, Ravit Sadi, Rong Zhou
43.502 Eyes or head: Which has the greatest effect on steering
control? Michael Cinelli, William Warren
43.503 Perceiving the intention to pursue or evade in a moving
avatar Jonathan A. Cohen, William H. Warren
43.504 Testing models of path integration in a multi-segment
homing task Elizabeth Chrastil, William Warren
43.505 Are attentional resources required to anticipate moving
obstacles? Justin Owens, William Warren
physics to real world tasks Avi Caspi, Jessy Dorn, Ashish Ahuja,
Robert Greenberg, Matthew McMahon
43.511 Mirror, mirror, on the wall: Can I walk through this aper-
ture? Michael Geuss, Jeanine Stefanucci
43.512 Comparing the Reliability of Vision and Walking for Target
Localization in a Hallway Amy A. Kalia, Paul R. Schrater, Gordon
E. Legge
43.513 When imagined walking is inaccurate, what is misperceived? Naohide Yamamoto, John W. Philbeck
43.514 Computing Head Direction from Interacting Visual and
Vestibular Cues During Visually-Based Navigation in the Rat Bret
Fortenberry, Anatoli Gorchetchnikov, Stephen Grossberg
43.515 Leaky integration (and proactive memory distortion) in nonvisual path integration Emily Sun, Frank Durgin
43.516 The contribution of visual inputs for homing accuracy in the
path completion task Kayoko Ohtsu
43.517 Active control of lane keeping uses optic flow, bearing, and
splay angle information Jing Chen, Li Li
43.518 Right-side Walking Bias is Additive for Approaching Pedestrians Michael McBeath, Gerard Petit, Steven Holloway
Monday, May 11, 8:30 am – 12:30 pm
43.519 Do the characteristics of reaching from visual memory
reflect ‘cautious reaching’? Oliver Braddick, Hanna Gillespie-
Gallery, Erin Babinsky
43.520 What visual information can infants use for reaching in the
dark? Erin Babinsky, Oliver Braddick, Janette Atkinson
43.521 Do elderly people use online visual control when carrying
out a reaching task? Rachel Coats, John Wann
43.522 Visual Feedback is used to guide the Hand towards
Endpoints not along Trajectories Lore Thaler, Melvyn A. Goodale,
James T. Todd
49
Monday Sessions
43.445 Attending to face-pair similarity decreases face adaptation
in the fusiform area. Joshua Goh, Atsunobu Suzuki, Denise Park
43.446 Adaptation in FFA: Face or Person? Xiaokun Xu, Xiaomin
Peters, Brian Day
Monday Sessions
43.524 Cortical oscillations in human posterior parietal cortex
during visually-guided reach planning Gunnar Blohm, William
C. Gaetz, Herbert C. Goltz, Joseph F.X. DeSouza, Sonya Bells,
Douglas O. Cheyne, J. Douglas Crawford
43.525 Temporal variation of spatial tuning of single units in
macaque inferior parietal cortex under normal and distorted visual
conditions Anushree Karnik, Barbara Heider, Ralph M Siegel
43.526 Coding of Goal, Perspective, and Kinematics in Action
Observation Elizabeth Hussey, Ashley Safford, Raja Parasuraman,
James Thompson
43.527 Shifted visual feedback of the hand affects perceived
reachability of moving objects Borja Rodríguez-Herreros, Denise
de Grave, Joan López-Moliner, Eli Brenner, Jeroen Smeets
43.528 Learning times do not alter adaptation rates in rapid
reaching tasks Devika Narain, Loes van Dam, Marc Ernst
43.529 Early correction model of human goal-directed movement
Oh-Sang Kwon, Jeffrey Shelton, Zygmunt Pizlo
43.530 Arm Movement Errors are Coded in Target-Centered Coordi-
nates Todd E. Hudson, Allison M. Greene, Michael S. Landy
43.531 Fitts’s Law for saliency Michael Hegenloh, Michael Zehetleitner, Hermann Mueller
43.532 Stuck in the middle: Kinematic evidence for optimal
reaching in the presence of multiple potential reach targets Jason
P. Gallivan, Craig S. Chapman, Daniel K. Wood, Jennifer Milne,
Jody C. Culham, Melvyn A. Goodale
VSS 2009 Program
43.541 Fusing Sine Waves with Optotypes: A New Test of Human
Spatial Contrast Sensitivity. Russell J. Adams, Avery Earle , Mary
L. Courage
43.542 Off-kilter: Orientation Discrimination during Childhood
Terri L. Lewis, Sarah E. Chong, Daphne Maurer
43.543 Which Stripes are Fatter? The Development of Spatial
Frequency Discrimination Ashna Patel, Terri L. Lewis, Daphne
Maurer
43.544 Children’s visual acuity charts: effects of blur and eccen-
tricity. Monika A. Formankiewicz, Charlotte-Louise R. Tucker,
Sarah J. Waugh, John Siderov
43.545 fMRI-based perimetry: single-point visual field testing and
evaluation using retinotopic mapping. Dorothe A. Poggel, Joseph
F. Rizzo, Louis J. Toth, Dae-Shik Kim
43.546 Clinical Applications of Multiple Scaling Theory: Focus on
the Big Picture Frédéric Poirier, Frédéric Gosselin, Martin Arguin
43.547 Variations in Stimulus Onset Asynchrony Affect Attentive
Processing in Amblyopia Elizabeth Rislove, Dennis Levi
43.548 Spatiotemporal template for visual perception in normal
and amblyopic vision Shuang Song, Dennis Levi
43.549 Visual illusions involving contextual modulation are weak
in schizophrenia Eunice Yang, Davis Glasser, Sang-Wook Hong,
Randolph Blake, Duje Tadin, Sohee Park
Monday Sessions
43.533 Blurring the boundaries between perception and action.
Gordon Binsted, John deGrosbois, Olav Krigolson, Frank Colino,
Matthew Heath
Spatial Vision: Mechanisms and Special
Populations
Monday, May 11, 8:30 am – 12:30 pm
43.534 Conservatism in a 2AFC Discrimination Task John F. Acker-
mann, Marc Pomplun, Michael S. Landy
43.535 Decision criterion is determined by interaction’s strength
from inside or outside the perceptive field Maria Lev, Uri Polat
43.536 A Contrast Polarity Search Effect in Letter Identification
Lauren Scharff, Albert Ahumada
43.537 Contributions of Motion Information and Displacement
Priors to Spatial Perception of Stationary Objects Vaughan W
Singh, Matthias Niemeier
43.538 Evidence for intact spatial updating in observers with
severely degraded vision Margaret R. Tarampi, Sarah H. Creem-
Regehr, William B. Thompson
43.539 The quality of filled-in surface at the blind spot Yihwa
Baek, Jihyun Kim, Oakyoon Cha, Sang Chul Chong
43.540 Digital Map Reading: Experiments investigating different
wayfinding tasks in familiar and non-familiar locations. Suzanne
Gage, Jan Noyes, Martin Groen
50
VSS 2009 Program
Tuesday Sessions
Tuesday Sessions
Tuesday, May 12, 8:30 – 10:00 am
Moderator: Leland Stone
Tuesday, May 12, 11:00 am – 12:45 pm
Moderator: Jeff Pelz
8:30 am
51.11 Coordinate system of visual motion signals driving pursuit
11:00 am
52.11 Inhibition of saccadic return is sensitive to the probabilistic
initiation Dorion Liston, Leland Stone
8:45 am
51.12 Smooth-pursuit eye-movements suppress motion processing
Peter Tse
9:00 am
51.13 Short-latency torsional ocular following in humans. B.M.
Sheliga, E.J. FitzGibbon, F.A. Miles
structure of the environment Casimir Ludwig, Simon Farrell, Lucy
Ellis, Iain Gilchrist
11:15 am
52.12 Shrinking the Oculomotor World Using Global Saccadic
Adaptation Martin Rolfs, Tomas Knapen, Patrick Cavanagh
11:30 am
52.13 Effects Of Semantic And Syntactic Object-Scene Inconsis-
9:15 am
51.14 Perception of a stable visual scene during fixational insta-
tencies On The Allocation Of Attention During Naturalistic Scene
Viewing Melissa L.-H. Vo, John M. Henderson
9:30 am
51.15 Saccadic Plasticity in Visual Search Melchi Michel, Wilson
and attention Vidhya Navalpakkam, Christof Koch, Antonio
Geisler
Rangel, Pietro Perona
9:45 am
51.16 Color Signals in the Primate Superior Colliculus Brian White,
12:00 pm
52.15 Two Views of the World: Active Vision, Attention, and Percep-
bility Martina Poletti, Michele Rucci
11:45 am
52.14 Where to look? Dissociating the effect of reward, salience
Susan Boehnke, Robert Marino, Laurent Itti, Douglas Munoz
tion and Action Loops in Real-World Interaction Chen Yu, Linda
Mechanisms
12:15 pm
52.16 Travel gaze? Re-examining gaze behavior during locomotion
Tuesday, May 12, 8:30 – 10:00 am
Moderator: Pawan Sinha
8:30 am
51.21 Integrating holistic processing and face-space approaches
to the coding of facial identity Elinor McKone
Approach Hugh R. Wilson
9:00 am
51.23 Eye movement strategies adapted to individual differences
in the loci of performance-maximizing fixations during face recognition Matthew F Peterson, Miguel P Eckstein
9:15 am
51.24 The benefits of poor acuity for face learning Nicolas Pinto,
Margaret Moulson, Pawan Sinha
9:30 am
51.25 Gaze-contingent techniques reveal impairment of holistic
face processing in acquired prosopagnosia Goedele Van Belle,
Peter De Graef, Karl Verfaillie, Thomas Busigny, Bruno Rossion
9:45 am
51.26 Isolating the perceptual nature of the face composite
effect from decisional response processes: electrophysiological
evidence Dana Kuefner, Bruno Rossion
Jeff Pelz, Jonathan Purington, Andrew Herbert
12:30 pm
52.17 Monitoring CCTV and watching football: expert-novice
differences in the magnitude of a visuo-motor buffer. Christina
Howard, Iain Gilchrist, Tom Troscianko, Ardhendu Behera, David
Hogg
Motion: Encoding
Tuesday, May 12, 11:00 am – 12:45 pm
Moderator: Aaron Seitz
Tuesday Sessions
8:45 am
51.22 View Transformations in Face Space: A Computational
Smith, Alfredo Pereira, Sean Matthrews, Hongwei(Henry) Shen
11:00 am
52.21 Paradoxical Improvement of Motion Perception Following
Disruption of Cortical Area MT/V5 Duje Tadin, Juha Silvanto,
Alvaro Pascual-Leone, Lorella Battelli
11:15 am
52.22 Reduction of the flash-lag effect with TMS over MT/V5 Gerrit
W Maus, Samuel B Hutton, Romi Nijhawan, David Whitney,
Jamie Ward
11:30 am
52.23 The harmonic vector average route to global motion calcula-
tion Alan Johnston
11:45 am
52.24 Forward and reversed signals in two-stroke apparent motion:
psychophysical data and computational modeling. George Mather,
Kirsten Challinor
51
Tuesday Sessions
12:00 pm
52.25 Reducing contrast improves direction estimation at low
speeds Aaron Seitz, Praveen Pilly, Christopher Pack
12:15 pm
52.26 Motion-grouping deficits in both eyes of patients with stra-
bismic amblyopia. Anthony Norcia, Chuan Hou
12:30 pm
52.27 Reverse correlation reveals the limits of observers’ ability
to solve the aperture problem in translating natural scenes David
Kane, Peter Bex, Steven Dakin
Object Recognition: Objects and Visual
features
53.301 Object identification in scene background of different
spatial frequencies. Ching-Fan Chu, Mindos Cheng, ChienChung Cheb, Cheng-Ta Yang, Yei-Yu Yeh
53.302 Effects of spatial frequency bands on perceptual decision:
it is not the stimuli but the comparison Pia Rotshtein, Andrew
Schofield, María J. Funes, Glyn, W Humphreys
53.303 Magno- and Parvo-Pathway Contributions to Masked
Priming by Form: Effects of Contrast and Wavelength Evelina
Tapia, Bruno G. Breitmeyer
53.304 Examining the coding of colour-motion conjunctions in
human visual cortex using pattern classifiers. Kiley Seymour,
Colin Clifford, Nikos Logothetis, Andreas Bartels
53.305 Binding object identity and orientation in brief displays
Irina Harris, Justin Harris, Michael Corballis
53.306 The effect of transparency on recognition of overlapping
objects Anne Hillstrom, Michael Tull, Helen Scholey
53.307 Disrupting Surface Features Disrupts Established Object
Representations Cathleen M Moore, Teresa Stephens, Elisabeth
Tuesday Sessions
Hein
53.308 Using Surface Features to Disambiguate What Went Where
in the Perception of Causality Teresa Stephens, Cathleen M.
Moore
53.309 Canonical Visual Sizes for Real World Objects Talia Konkle,
Aude Oliva
53.310 Examining object representation via object memory: exem-
plar and state-level object properties are supported by the same
underlying features Timothy F. Brady, Talia Konkle, Aude Oliva
53.311 Averaging independent estimates improves pattern recognition. Jennifer Corbett, Jason Fischer, David Whitney
53.312 How is quantity bound to specific objects? Liat Goldfarb,
Anne Treisman
53.313 The Pervasive Influence of Position on Object Processing:
From Brain to Behavior Dwight Kravitz, Nikolaus Kriegeskorte,
Chris Baker
VSS 2009 Program
53.314 At What Stage in the Human Ventral Pathway is the Greater
Sensitivity to Nonaccidental over Metric Properties First Manifested? Ori Amir, Kenneth Hayworth, Irving Biederman, Mark
Lescroart, Xiaokun Xu, Jiye Kim
53.315 Integral versus separable perceptual dimensional pairs
are reflected in conjoint versus independent neural populations
Daniel Drucker, Geoffrey Aguirre
53.316 Binocular Combination in Anisometropic Amblyopia Chang-
bing Huang, Jiawei Zhou, Zhong-Lin Lu, Lixia Feng, Yifeng Zhou
53.317 Effects of mask-to-target energy ratio on cyclopean meta-
contrast masking Benjamin Zinszer, Raymond Phinney
53.318 Visual processes selective to both color and orientation
contribute to the determination of perceptual dominance of rivalrous chromatic gratings Satoru Abe, Eiji Kimura, Ken Goryo
53.319 Does color misbind to achromatic regions or chromatically
similar regions? Para Kang, Steven Shevell
53.320 Dissociation between Figure and Ground During Binocular
Rivalry David Anderson, Cathleen Moore
53.321 Binocular rivalry between a sharp image and a low-pass
filtered version of itself: Low-pass dominance increases with
eccentricity Yu-Chin Chai, Thomas Papathomas, Xiaohua
Zhuang, David Alais
53.322 Interaction between crowding and binocular rivalry Sangrae
Kim, Sang Chul Chong
53.323 On Boundary Contour and Center-Surround Factors in
Binocular Rivalry Teng Leng Ooi, Yong Su, Jingping Xu, Zijiang
He
53.324 Saliency in a perceptually suppressed image determines
the spatial origin of a perceptual alternation during binocular
rivalry Sjoerd Stuit, Chris Paffen, Frans Verstraten
53.325 Rivalry in tri-stable stimuli: Dominance durations predict
the upcoming perceptual state Marnix Naber, Wolfgang
Einhäuser
53.326 Task demands can affect binocular rivalry dynamics Adrien
Chopin, Pascal Mamassian
53.327 Fear Processing during Binocular Suppression Patricia
Costello, Anne Engebretson, Megan Taylor, Constance Lokken, Yi
Jiang
53.328 Binocular rivalry favors naturalistic stimuli in space and
time Daniel H. Baker, Erich W. Graf
53.329 Binocular Suppression in the Monocular Boundary Contour
Display Starts Early (≤80 msec) Yong Su, Teng Leng Ooi, Zijiang
He
53.330 Non-local effects of perceptual memory in ambiguous
figure perception. Wendy Adams, Tomas Knapen, Jan Brascamp,
Erich Graf
52
VSS 2009 Program
53.331 Genetic contribution to the rate of switching in bistable
perception Robert Shannon, Yi Jiang, Edward Bernat, Christopher
Patrick, Sheng He
Attention: Tracking
53.401 Extrapolation vs. individuation in multiple object tracking
Samantha Ellner, Jonathan I. Flombaum, Brian J. Scholl
53.402 Altering the number of targets during multiple-object
tracking Justin Ericson, James Christensen
53.403 Attentional prioritizations based on spatial probabilities
can be maintained on multiple simultaneously moving objects
Cary Feria
53.404 Do multiple object tracking and letter identification use the
same visual attention resource? Todd Horowitz, Michael Cohen,
Piers Howe, Jeremy Wolfe
53.405 Distinguishing between parallel and serial accounts of
multiple object tracking Piers Howe, Michael Cohen, Yair Pinto,
Todd Horowitz
53.406 Tracking objects with moving textures Rebecca St.Clair,
Adriane E. Seiffert
53.407 Shape influences target recovery after a blank in multiple
object tracking Nicole L. Jardine, Adriane E. Seiffert
53.408 Self-motion influences multiple-object tracking in a virtual
environment Laura Thomas, Adriane Seiffert
53.409 Surface features facilitate target recovery after a momentary disappearance during multiple object tracking. Philip Ko,
Adriane Seiffert
53.410 Why don’t people look at targets during multiple object
tracking? Hilda Fehd, Adriane Seiffert
53.411 Contour interpolation automatically directs attention in
multiple object tracking Brian P. Keane, Everett Mettler, Philip J.
Kellman
by the fading of objects Harry Haladjian, Zenon Pylyshyn, Allan
Kugel
53.413 Eye-blinks and Tracking Deborah Aks, Harry Haladjian,
Zenon Pylyshyn, Alexander Hakkinen
53.414 Tracking invisible objects across viewpoint changes: The
role of scene information Markus Huff, Hauke S. Meyerhoff,
Georg Jahn
53.415 The spatial gradient of the spread of feature-based atten-
tion Taosheng Liu, Irida Mance
53.416 Global feature-based inhibition for a task-irrelevant feature
of an unattended stimulus Audrey Lustig, Ana Torralbo, Diane M.
Beck
53.417 Working memory and feature-based attention indepen-
dently modulate the perception of coherent motion in human
observers Diego Mendoza, Christian Kaul, Julio Martinez-Trujillo
53.418 Neural Mechanisms of Color and Speed Integration Mehdi
Afshar, Mazyar Fallah
53.419 Perception of global statistics of color-motion correlation
requires surface-based attention to a single motion Jun Saiki,
Alex Holcombe
53.420 Contributions of Feature-based attention to Closure and
Object Perception. Bobby Stojanoski, Matthias Niemeier
53.421 Attention spreads to unattended features of an object
Marla Zinni, Antigona Martinez, Raja Parasuraman, Steven
Hillyard
53.422 Attention Cannot Spare Task-Irrelevant Locations on an
Attended Object Arash Fazl, Ennio Mingolla, Robert Sekuler
53.423 Attentional Tracking of Spatially Extended Objects:
Evidence for Object-based Competition Between Lateralized
Attentional Systems Jonathan Gill, George Alvarez
53.424 The Focus of Expansion in Optical Flow Fields Acts as
a Strong Cue for Visual Attention Masaki Fukuchi, Naotsugu
Tsuchiya, Christof Koch
53.425 Separating attentional reference frames: Contributions of
space- and object-based representations to attentional guidance
Leslie Drummond, Sarah Shomstein
53.426 Hierarchical organization influences on object- and loca-
tion-based Inhibition of Return Marielle Johnson, Mazyar Fallah,
Heather Jordan
53.427 Object-based Effects on Tracking Multiple Target and Nontarget Objects Heather Jordan, Mazyar Fallah
53.428 Prior entry for feature-based attention: Are objects of the
attended color perceived earlier? Xiaohua Zhuang, Thomas V.
Papathomas
53.429 Object-based attention in patients with left and right
hemisphere lesions Alexandra List, Ayelet Landau, Joseph
Brooks, Anastasia Flevaris, Francesca Fortenbaugh, Michael
Esterman, Thomas VanVleet, Alice Albrecht, Bryan Alvarez, Lynn
Robertson, Krista Schendel
53.430 Individual differences in object based attention Alexa
Roggeveen, Karin Pilz, Patrick Bennett, Allison Sekuler
53.431 Saccadic eye movements to Gaussian luminance and color
blobs Cristiano Cellini, Alexander C. Schütz, Karl R. Gegenfurtner
53.432 Saccade planning is dissociated from pre-saccadic
attentional facilitation after damage to the posterior parietal
cortex Aarlenne Khan, Annabelle Blangero, Yves Rossetti, Romeo
Salemme, Jacques Luaute, Heiner Deubel, Werner Schneider,
Gilles Rode, Laure Pisella
53.433 Saccades are planned using spatial memory information as
well as current retinal position Laurel Issen, David Knill
53
Tuesday Sessions
53.412 Multiple Object Tracking through temporal gaps created
Tuesday Sessions
Tuesday Sessions
53.434 The role of context and feature information in fixation
search Chris Bradley, Bill Geisler
53.435 Suboptimal selection of initial saccade in a visual search
task Camille Morvan, Laurence Maloney
53.436 The Control of Fixation Duration: Time-Course of the
Response to Stepwise Changes in Processing Difficulty Hans A.
Trukenbrod, Ralf Engbert
53.437 Testing processing mode within single visual fixations:
Saccadic modulation of the distractor effect Sebastian Pannasch,
Boris Velichkovsky
53.438 Trial history biases the spatial programming of antisaccades Tara Rastgardani, Mathias Abegg, Victor Lau, Jason J S
Barton
53.439 The influence of a visuomotor set on express saccades:
Coordinate frames and contingency Kira Konnova, Jay Edelman
53.440 Does saccadic space compression mean size shrinking?
Gang Luo, Tyler Garaas, Marc Pomplun, Eli Peli
53.441 Stimulus exposure and gaze bias in visual decision tasks.
Mackenzie Glaholt, Eyal Reingold
53.442 Remembering the old, preferring the new: Memory for old
and new items in repeated visual search Margit Höfler, Christof
Körner
53.443 Gaze behaviour in the natural environment: Eye movements
in video versus the real world Tom Foulsham, Esther Walker, Alan
Kingstone
53.444 Adaptive Distribution of Gaze in the Real World. Mary
Hayhoe, Jelena Jovancevic
53.445 Saccades and microsaccades during visual fixation, exploration, and search: Foundations for a common saccadic generator
Xoana Troncoso, Jorge Otero-Millan, Stephen Macknik , Ignacio
Serrano-Pedraza, Susana Martinez-Conde
53.446 Predictive eye movements in gaze and action observation
Robert Volcic, Markus Lappe
Tuesday Sessions
53.447 The dwell time for the whole is LESS than for the sum of its
parts Marianne Maertens, Robert Shapley, Nava Rubin, Stefan
Pollmann
53.448 Grouping thresholds are several times larger than detection thresholds - a new approach toward the psychophysics of
Gestalten Simone Gori, Lothar Spillmann
53.449 The role of Gamma oscillations in binding ambiguous visual
input into coherent percepts Hans-Peter Frey, Marnix Naber,
VSS 2009 Program
53.453 The functional asymmetry of the lower and upper visual
fields in attention and perceptual grouping Qi Zhu, Jia Liu
53.454 Dynamic Visualization of Perceptual Organization Bernice
Rogowitz, Frank van Ham
53.501 The Unveiling of Transient Channels at High Spatial
Frequencies by Contrast Masking and Contrast Adaptation Keith
Langley, Veronique Lefebvre, Peter Bex
53.502 Spatial tuning of adaptation-induced temporal compression Inci Ayhan, Aurelio Bruno, Shinya Nishida, Alan Johnston
53.503 Distinct spatial association fields for harmonic motion and
harmonic contrast Stéphane Rainville
53.504 Spatial aspects of perisaccadic chronostasis Jonas Knöll,
Frank Bremmer
53.505 Phantom flashes caused by interactions across visual
space Bhavin Sheth
53.506 Contrast gain not contrast change induces apparent
temporal compression Aurelio Bruno, Alan Johnston
53.507 Perception of Temporal Structure is Distorted Early in the
Visual System Christopher R. L. Cantor, Clifton M. Schor
53.508 Top-down modulations in perception of simultaneity Maria
Sinitsyna, Ekaterina Pechenkova
53.510 The perceived duration of a stimulus depends on temporal
context Thomas Sprague, David Eagleman
53.512 Style follows content revisited: Evidence from an ERP study
M. Dorothee Augustin, Helene Fuchs, Birgit Defranceschi, ClausChristian Carbon, Florian Hutzler
53.513 When an effect precedes its cause in consciousness ChienTe Wu, Niko Busch, Michele Fabre-Thorpe, Rufin VanRullen
53.514 On the perception of temporal visual events Frank Marino,
Tyler Garaas, Marc Pomplun
53.515 Auditory dominance in time perception Laura Ortega,
Emmanuel Guzman-Martinez, Marcia Grabowecky, Satoru
Suzuki
Perception and Action: Decisions and
Frames of Reference
53.516 Comparison of perceptual and motor decisions via confidence judgments and saccade curvature Pedro Cardoso-Leite,
Wolfgang Einhäuser, John Foxe
Andrei Gorea
53.450 Spatial overlap of collections affects the resolution of
ensemble features Ryan Ly, Hee Yeon Im, Justin Halberda
53.451 Grouping oranges affects their overall appeal Tom Harp,
Gorea
Jason Haberman, David Whitney
53.452 Perceptual Grouping During Multiple Object Tracking
53.517 Switching from reactive to intentional responses Andrei
53.518 Interactions between decision criteria estimated using
external noise methods. Mikhail Katkov, Ido Zak, Andrei Gorea,
Dov Sagi
Andrew McCollough, Trafton Drew, Edward Vogel
54
VSS 2009 Program
53.519 Dynamics of decision criterion setting in a detection task
Tuesday Sessions
53.520 The effect of reward structure on sequential decisionmaking Charles Benson, C. Shawn Green, Daniel Kersten, Paul
53.537 Temporal dynamics of the attentional template during
visual search Valerie Beck, Steven Luck
53.538 Configural Asymmetries in visual search are robust to
changes in the spatial arrangement of the search elements Joshua
53.521 Promoting Optimal Decision Making By Reducing Unex-
53.539 Contextual cost: When the target is not where it should be
Daniel Kersten, Schrater Paul
53.540 No Target No Effect: Target Absent Trials in Contextual
Cueing Melina Kunar, Jeremy Wolfe
53.541 Visual search guidance is best shortly after target preview
offset Joseph Schmidt, Gregory Zelinsky
53.542 Target Representations Guiding Visual Search for Two
Colors: Two Discrete Colors, or a Single Range? Tamaryn
Chrystele Ody, Hakwan Lau
Schrater
plained Variability in Outcome C. Shawn Green, Charlie Benson,
53.522 Response demands do not influence perceived illusory
motion in cognitive-based tasks Jennifer Anderson, Michael
Levine, J. Jason McAnany
53.523 Evidence for the primacy of the motor system in visual time
perception Doug Yovanovich
53.524 Developing a neuromimetic accumulator model of perceptual decisions Braden Purcell, Jeremiah Cohen, Richard Heitz,
Jeffrey Schall, Gordon Logan, Thomas Palmeri
53.525 Visuomotor compensation for variation in perceptual
latency Alex White, Sam Tatam, Daniel Linares, Alex Holcombe
53.526 Neural correlates of visuomotor integration: an MEG study
Edler, Patrick Monnier
Tal Makovski, Yuhong Jiang
Menneer, Michael J. Stroud, Kyle R. Cave, Nick Donnelly
53.543 The Frankenbear Experiment: Looking for part-based
similarity effects on search guidance with complex objects Robert
Alexander, Gregory Zelinsky
Jon Kennedy, Suresh Muthukumaraswamy, Krish Singh
53.544 Optimal integration of information across space in homogeneous and heterogeneous search displays: data and neural
implementation Wei Ji Ma, Vidhya Navalpakkam, Jeff Beck,
53.527 Line By Line: Behavioural and EEG evidence for a strokeorder priming effect in letters Jim Parkinson, Benjamin J. Dyson,
Alexandre Pouget
53.545 Quitting rules in visual search Riccardo Pedersini, Vidhya
53.528 Sequential effects of prime-target compatibility in a
masked priming task Paolo Martini, Friederike Schlaghecken
53.529 Eye, Head, and Hand Coordination in 16-to 36-Month-Old
Infants Thomas Baker, Chen Yu, Rowan Candy, Linda Smith,
53.546 Do summary statistics influence visual search? Amrita
53.547 Cueing Effects for Human and Ideal Searchers during
Multiple-Fixation Visual Search Wade Schoonveld, Miguel P.
53.530 Bimanual Interaction of Manual Heightmatching to
53.548 Active search for multiple targets under time pressure
Beena Khurana
Seehyun Kim
Misperceived Elevations of a Target with Different Hand-to-Body
Distances Wenxun Li, Leonard Matin
53.531 A comparison of the dynamics of visually-controlled head
and hand movements Jeffrey B. Mulligan, Scott B. Stevenson
53.532 Head-torso coordination and overt shifts in attention Mark
53.533 Coordinate frames for reach to grasp in visual and haptic
calibration Sinead Sheehan, Pete Culmer, Geoff Bingham,
Andrew Wilson, Mark Mon-Williams
Puri, Jason Haberman, David Whitney
Eckstein
Preeti Verghese
53.549 Virtual evolution for visual search in natural images results
in behavioral receptive fields with inhibitory surrounds Sheng
Zhang, Craig K. Abbey, Miguel P. Eckstein
53.550 Feature-based and contextual guidance mechanisms in
complex natural visual search Cheston Tan, Thomas Serre, Sharat
Chikkerur, Tomaso Poggio
Perceptual Learning: Associations and
Plasticity
53.534 The Rod-and-Frame and Simultaneous Tilt Illusions:
Perception, Action and the Two-Wrongs Hypothesis Paul Dasson-
ville, Tim Sanders, Brad Capp
Tuesday, May 12, 2:45 – 4:15 pm
Moderator: Ione Fine
53.535 Actions Do Not Escape the Influence of Visual Illusions -Even When Manual Behavior Is Accurate Leonard Matin, Wenxun
2:45 pm
54.11 Effects of orientation specific visual deprivation in adults
Li, Ethel Matin
Tuesday Sessions
Mon-Williams, Sinead Sheehan, Andrew D. Wilson, Geoffrey P.
Bingham
Navalpakkam, Todd Horowitz, Piero Perona, Jeremy Wolfe
measured using altered reality Stephen Engel, Peng Zhang, Min
Bao, Miyoung Kwon, Sheng He
3:00 pm
54.12 Changes in the understanding of visual depth cues eight
years after sight-recovery Elizabeth Huber, Ione Fine
53.536 Identifying a “default” visual search mode by operant
conditioning Jun Kawahara
3:15 pm
54.13 Basic visual representations are altered by rewards Timothy
J. Vickery, Marvin M. Chun
55
Tuesday Sessions
3:30 pm
54.14 Transforming a left lateral fusiform region into VWFA through
training in illiterate adults Sheng He, Haicheng Liu, Yi Jiang,
Changming Chen, Qiyong Gong, Xuchu Weng
6:00 pm
55.14 The effect of lunar gravity on perception: ambient visual
cues have less effect on orientation judgements than they do
under normal gravity. Richard Dyde, Michael Jenkin, Heather
3:45 pm
54.15 Perceptual learning and the role of virtual standards in
Jenkin, James Zacher, Laurence Harris
Dennis Levi
Stage of Visual Development? Katie Wagner, Karen Dobkins
4:00 pm
54.16 Augmented Hebbian Learning Accounts for the Eureka Effect
6:30 pm
55.16 New results in the neuroscience, behavior and genetics
visual discrimination. Stanley Klein, Thom Carney, Cong Yu,
in Perceptual Learning Jiajuan Liu, Zhong-Lin Lu, Barbara Dosher
Tuesday, May 12, 2:45 – 4:30 pm
Moderator: Manish Singh
2:45 pm
54.21 Three dimensional shape and the perception of physical
stability Roland Fleming, Manish Singh
6:15 pm
55.15 Shape-Color Synesthesia in The First Year of Life: A Normal
of synesthesia David Eagleman, Sherry Cheng, Sara Churchill,
Robert LiKamWa, Stephanie Nelson
6:45 pm
55.17 Visual and somatosensory guidance of reaching movements
in the medial parieto-occipital cortex of the macaque Patrizia
Fattori, Annalisa Bosco, Rossella Breveglieri, Nicoletta Marzocchi,
Claudio Galletti
3:00 pm
54.22 Cooperative computation of shape and material from motion
Tuesday, May 12, 5:15 – 7:00 pm
Moderator: Christian Olivers
3:15 pm
54.23 The role of a perceptual decision rule in development of
5:15 pm
55.21 Attention modulates the neural mechanisms that give rise to
Katja Doerschner, Di Zang, Daniel Kersten, Paul Schrater
variance reduction by cue integration Marko Nardini, Rachael
center-surround interactions John Reynolds, Jude Mitchell, Kristy
3:30 pm
54.24 Environmental statistics influence integration of visual cues
5:30 pm
55.22 Attention reduces low frequency correlated noise in
Bedford, Denis Mareschal
to depth Anna Seydell, David Knill, Julia Trommershäuser
3:45 pm
54.25 How is the perception of shape from shading affected
Sundberg
macaque V4. Jude Mitchell, Kristy Sundberg, John Reynolds
5:45 pm
55.23 Retinotopic Maps of Covert Attention in Human Superior
by revealing the lighting properties? James O’Shea, Maneesh
Colliculus Sucharit Katyal, Samir Zughni, Alex Huk, David Ress
4:00 pm
54.26 The Perception of Surface Slant from Monocular Texture
of spatial attention Michael Esterman, Yu-Chin Chiu, Leon
Agrawala, Martin Banks
6:00 pm
55.24 Decoding neural mechanisms of purely voluntary shifts
Gradients and Binocular Disparity James Todd, Kevin Guckes, Eric
Gmeindl, Susan Courtney, Steven Yantis
4:15
54.27 The 3-D Helmholtz Square illusion: more reasons to wear
in lateral prefrontal cortex Christopher Asplund, Jay Todd, Andy
Egan
Tuesday Sessions
VSS 2009 Program
6:15 pm
55.25 Convergence of goal-directed and stimulus-driven selection
horizontal stripes. Peter Thompson, Kyriaki Mikellidou
Snyder, Christopher Gilbert, René Marois
Multisensory Processing: Brain and
Behavior
fMRI reveals within-subject fluctuations in
the resistance to attention capture over time Andrew B. Leber
Tuesday, May 12, 5:15 – 7:00 pm
Moderator: Laurence Harris
5:15 pm
55.11 On Maintaining Crossmodal Identity Richard Held
6:30 pm
55.26 The divided self:
6:45 pm
55.27 Sound increases visual saliency: Evidence from EEG Chris-
tian Olivers, Erik Van der Burg, Durk Talsma, Adelbert Bronkhorst, Jan Theeuwes
5:30 pm
55.12 Two different visual encoding strategies in intra- and inter-
modal 3-D object recognition Yoshiyuki Ueda, Jun Saiki
5:45 pm
55.13 Vestibular facilitation of optic flow parsing Paul
MacNeilage, Zhou Zhang, Dora Angelaki
56
VSS 2009 Program
Face Perception: Inversion and Viewpoint
Effects
Tuesday, May 12, 2:45 – 6:45 pm
56.301 Face perception enhances the detection of spatial frequen-
cies between 2-4 cycles per degree (16-32 cycles per face) Noah
Schwartz
56.302 Are the Face Inversion Effect and the Composite Face
Effect Mediated by Different Spatial Frequencies? Verena Willen-
bockel, Daniel Fiset, Martin Arguin, Franco Lepore, Frédéric
Gosselin
56.303 Optimal viewing positions for upright and inverted face
recognition Caroline Blais, Frédéric Gosselin, Martin Arguin,
Daniel Bub, Daniel Fiset
56.304 Coupling between fMR-adaptation and perceptual discrimi-
nation of upright and inverted faces Sharon Gilaie-Dotan, Hagar
Gelbard-Sagiv, Rafael Malach
56.305 Contrast-based adaptation shows asymmetric transfer of
aftereffects between inverted and upright faces Xiaoyue M Guo,
Ipek Oruc , Jason J S Barton
56.306 Generalized impairment of featural and configural infor-
mation in the lower region of the face through inversion James
Tanaka, Kaiser Martha, Daniel Bub, Lara Pierce
56.307 TMS studies of the face inversion effect David Pitcher,
Brad Duchaine, Nancy Kanwisher, Vincent Walsh, Galit Yovel
56.308 Spatio-temporal dissociation between low- and high-level
effects of stimulus inversion on early face-sensitive electrophysiological responses Corentin Jacques, Bruno Rossion
56.309 Viewpoint Aftereffects: Adapting to full faces, head
outlines, and features. Marwan Daar, Hugh Wilson
56.310 View-based categorization and face discrimination: Does
categorization occur after face detection? Charles C.-F. Or, Hugh
R. Wilson
56.311 Face view adaptation and its effect on face view discrimi-
van der Linde, Tamara Watson
Face Perception: Face Space, Categorization and Representation
Tuesday, May 12, 2:45 – 6:45 pm
56.313 The Development of Face Prototypes: Evidence for Simple
and Opposing Aftereffects in Children Catherine Mondloch, Alexandra Hatry, Lindsey Short
56.314 Face Adaptation With and Without Attention Janice Murray,
Madeline Judge
56.315 Exploring the nature of the multidimensional face space.
Danelle A. Wilbraham, Aleix M. Martinez, James T. Todd
56.316 What “exactly” is a prototype? Not sure, but average
objects are not necessarily good candidates for... Claus-Christian
Carbon
56.317 Are objects like faces? Norm-based versus exemplar-based
coding as revealed by adaptation aftereffects Hugh Dennett,
Mark Edwards, Elinor McKone
56.318 Can holistic processing be improved in the normal population? Jessica Collins, Cindy Bukach
56.319 Brad Pitt & Jude Law: Individual-Contingent Face Aftereffects and Norm- versus Exemplar-Based Models of Face-Space
Rachel Robbins, Patrick Heck
56.320 Integration of attractiveness across object categories and
figure/ground Eiko Shimojo, Junghyun Park, Shinsuke Shimojo
56.321 Center-surround interactions in face perception Patricia
Winkler, Carrie Paras, Andrew Meyers, Michael Webster
56.322 Happy or Sad? The Effects of Age and Face Race on Expression Aftereffects M. D. Vida, C. J. Mondloch
56.323 Motion-gradient defined facial expressions and the nature
of face representation Jianhua Wu, Hong Xu, Peter Dayan, Ning
Qian
56.324 Adapting to anti-expressions: a journey through expression
space A L Skinner, C P Benton
56.325 Attentional Bias and its effects on Change Blindness to
Human Faces in the Flicker Paradigm Lucy J Troup, Alyssa M
Alcorn, Matthew G Rhodes, Amanda E Sensenig
56.327 Predicting psychophysical responses from stimulus
features: A statistical evaluation of human gender categorization
models Jakob H Macke, Felix A Wichmann
Tuesday, May 12, 2:45 – 6:45 pm
56.402 Orientation tuned curvature detectors revealed by the
shape-amplitude after-effect Jason Bell, Elena Gheorghiu, Fred-
rick Kingdom
56.403 Does plaid-selective adaptation arise from the same
mechanism as the curvature aftereffect? Jonathan Peirce, David
McGovern, Sarah Hancock
56.404 Perception of the Ebbinghaus illusion in 5- to 8- month old
infants Yuka Yamazaki, Yumiko Otsuka, So Kanazawa, Masami
K. Yamaguchi
56.405 From illusory contours to faces: A first step in relating
foundational characteristics of perceptual organization Jennifer
Bittner, Michael Wenger, Rebecca Von Der Heide, Daniel Fitousi
56.406 EEG correlates of perceptual organization Margaret
Moulson, Nina Suresh, Scott Gorlin, Pawan Sinha
56.407 Haptic and visual defragmentation of shapes Yuri Ostro-
vsky, Margaret Moulson, Ming Meng, Kang Choi, Tapan Gandhi,
Pawan Sinha
56.408 Object Substitution Masking Disrupts Visual Feature
Binding Seth Bouvier, Anne Treisman
57
Tuesday Sessions
nation Fang Fang, Juan Chen, Hua Yang
56.312 An investigation of pose-contingent effects in unfamiliar
face recognition by combinatoral manipulation of yaw and roll Ian
Tuesday Sessions
Tuesday Sessions
56.409 Simultaneous shape-contrast and global assimilation
effects in the perception of aspect ratio Satoru Suzuki, Timothy
Sweeny, Marcia Grabowecky
56.410 Learning to Recognize 2D Contour Shapes Patrick Garrigan,
Sarah Lacey, Claudia Schinstine
56.411 Investigating shape representation using sensitivity to axis
and part-based transformations Kristina Denisova, Manish Singh,
Jacob Feldman, Xiaotao Su
56.412 How is the inner contour of objects encoded in visual
working memory? Evidence from holes Sung-Ho Kim, Jacob
Feldman
3D Perception: Disparity and Other Depth
Cues
Tuesday, May 12, 2:45 – 6:45 pm
56.413 The Venetian-blind Effect: A Prior for Zero Slant or Zero
Disparity? Martin Banks, Bjorn Vlaskamp
56.414 Binocular vision with null disparity disrupts the effects
of extra-retinal signals Carlo Fantoni, Fulvio Domini, Corrado
56.427 Short-term dynamics of perceptual bias for bistable stimuli
Stuart Fuller, Benjamin Backus, Loes van Dam, Marc Ernst
Tuesday, May 12, 2:45 – 6:45 pm
56.428 Empirical data on the configural architecture of human
scene perception using natural images Lauren Barghout
56.429 Dealing with natural scenes: electrocorticographic correlates of object and context processing in Rhesus Monkey Maxime
Cauchoix, Michèle Fabre-Thorpe, Denis Fize
56.430 Finding “good” features for natural scene classification
Eamon Caddigan, Dirk B. Walther, Diane M. Beck, Li Fei-Fei
56.431 What is the function of the parahippocampal place area?
Testing the context hypothesis Russell Epstein, Mary Smith, Emily
Ward
56.432 The costs of multiple concurrent tasks in scene perception.
Noah Sulman, Thomas Sanocki
56.433 Scene perception in low vision: a study on people with
macular degeneration Muriel Boucart, Fatima Naili, Sabine
Caudek
Defoort
56.415 Integration of stereo-motion information for guiding cali-
56.434 Title: Inter-stimulus Screen Contrast affects Scene
Masking in Early Processing Tyler E. Freeman, Lester C. Loschky
56.435 Where in the World? Human and Computer Geolocation of
Images James Hays, Alexei Efros
56.436 Variation in scene gist recognition over time in central
versus peripheral vision Adam Larson, Lester Loschky, Whitney
brated reach-to-grasp movements Rachel Foster, Carlo Fantoni,
Fulvio Domini, Corrado Caudek
56.416 Percept of shape distortion induced by binocular disparity
and motion parallax Masahiro Ishii, Zheng Tang, Sohei Komori,
Masayuki Sato
56.417 Stereoscopic shape discrimination is invariant across
random changes in size L. RaShae Jennings, J. Farley Norman,
Jessica M. Swindle, Elizabeth M. Mullins, Amanda M. Beers
56.418 Quantifying with precision a stereokinetic percept
Xiaoyang Yang, Zili Liu
56.419 A “hole” new look at grapheme-color synesthesia Bryan
Alvarez, Lynn Robertson
Tuesday Sessions
VSS 2009 Program
56.420 Perception of shape-from-texture in the periphery using a
simulated central scotoma. Aaron Johnson, Rick Gurnsey
56.421 Two representations of object size in early human visual
cortex. Erik Runeson, Huseyin Boyaci, Judith McLaughlin, Lee
Osterhout, Scott Murray
56.422 Shape-dependence of a size illusion explained by spatial
mapping in V1 Huseyin Boyaci, Katja Doerschner, Scott O. Murray
56.423 Decoding disparity and motion-parallax defined depth
in human visual cortex Tim Preston, Zoe Kourtzi, Andrew
Welchman
56.424 3D cue combination in spontaneous eye movements
Dagmar Wismeijer, Raymond vanEe, Casper Erkelens, Mark
Wexler
56.425 Cue probability learning by the human perceptual system
Robert Meade, Benjamin Backus, Qi Haijiang
56.426 Recruitment of an invisible depth cue Marc O. Ernst, Massi-
miliano DiLuca, Benjamin Backus
58
Pollock, Annie Bjerg, Steve Hilburn, Scott Smerchek
56.437 Invariance to Mirror Image Reversals in the Lateral Occipital Complex (LOC) and Parahippocampal Place Area (PPA) Jonas
Kubilius, Daniel D. Dilks, Elizabeth S. Spelke, Nancy Kanwisher
Tuesday, May 12, 2:45 – 6:45 pm
56.438 Cortical Recovery Following Gene Therapy in a Canine
Model of Achromatopsia Guy Gingras, Andras M. Komaromy,
Ben Tseng, John J. Alexander, Vince V. Chiodo, William W.
Hauswirth, Gregory M. Acland, Gustavo D. Aguirre, David H.
Brainard, Geoffrey K. Aguirre
56.439 Clustering of macaque V1 neurons by luminosity function
Cheng Chi Chu, Chou Po Hung
56.440 Slowing Vision: Pattern Pulse MultiFocal Visual Evoked
Potential (PPmfVEP) timing dilation under Isoluminant and Luminance Contrast Conditions Samuel Inverso, Xin-Lin Goh, Andrew
James
56.441 Hidden Digit Plates of Ishihara Pseudoisochromatic Plates
Can Be Read by S-Cones Eriko Miyahara
56.442 Blindsight is color-blind to S-cone isolating stimuli: an
fMRI study. Sandra E. Leh, Alain Ptito, Marc Schönwiesner, Mallar
M. Chakravarty , Kathy T. Mullen
VSS 2009 Program
Tuesday Sessions
56.443 Contrast adaptation reveals higher-order color processing
in the visual evoked potential Chad Duncan, Eric Roth, Yoko
56.509 Test of senescent change in photopic spatial summation
Mizokami, Michael Crognale
Maka Malania, Frederic Devinck, Joseph L. Hardy , Peter B.
Delahunt, Kenneth Knoblauch, John S. Werner
56.444 Retaining the McCollough effect: Is sleep = lack of visual
exposure? Greg Whittaker, Huy Nguyen, Scott Stevenson, Bhavin
56.510 Age-Related Changes in the Inhibitory: Excitatory Balance
in Macaque Monkey Primary Visual Cortex Kate Williams, Joshua
56.445 The locus of neural responses that determine color shifts
induced by temporally-varying light Jens Christiansen, Anthony
56.511 The effects of aging on contrast discrimination Christopher
Sheth
D’Antona, Steven Shevell
56.446 Multiple chromatic channels revealed by using dichoptic
chromatic-masking Naruhiko Fukino, Keiji Uchikawa
56.447 Isotropic orientation tuning for masking in human color
vision Kathy T. Mullen, Jose M. Medina
56.448 Assessing functional consequences of adaptation by
adapting images rather than observers Karolina Siwinska, Igor
Juricevic, Michael Webster
56.449 What kinds of contours limit filling-in of color? Claudia
Feitosa-Santana, Anthony D’Antona, Steven Shevell
56.450 Explaining the new with the old: Spreading colors, afterimages, and boundaries Gregory Francis
56.451 Individual differences in the Abney Effect Sean F. O’Neil,
Kyle C. McDermott, Yoko Mizokami, John S. Werner, Michael A.
Crognale, Michael A. Webster
56.452 Feature Misbinding of Colour and Motion: The Role of
Object Shape Yang Sun, Steven Shevell
Special Populations: Lifespan
Development
Tuesday, May 12, 2:45 – 6:45 pm
56.501 Choosing between detection and identification tasks in
developmental studies: is a shift in paradigm necessary? Julie
Hanck, Armando Bertone, Audrey Perreault, Kim Cornish
Yueh Hsu, Sarina Hui-Lin Chien
56.503 Temporal Limit of Phase Discrimination in Infants Faraz
Farzin, Susan Rivera, Staci Sakai, David Whitney
56.504 The representation of action in memory: A developmental
study Emma Gregory, Natalie Trzcinski, James E. Hoffman,
Barbara Landau
56.505 Mental Rotation in Preterm Children Nicole Taylor, Lorna
Jakobson
56.506 The development of luminance- and texture-defined form
perception during the school-age years. Armando Bertone, Julie
Hanck, Audrey Perreault, Kim Cornish
56.507 Development of Direction-of-Motion Discrimination to
Detection Threshold Ratios (MOT/DET) for Luminance (Light/
Dark) and Chromatic (Red/Green) Stimuli: Infants, Adolescents
and Adults Hwan Cui Koh, Elizabeth Milne, Karen Dobkins
56.508 Age-related changes in contrast gain related to the M and
P pathways Sarah Elliott, John Werner
M. Fiacconi, Allison B. Sekuler, Patrick J. Bennett
56.512 Evidence for no increased surround modulation in the aging
visual system Lindsay E. Farber, Allison B. Sekuler, Patrick J.
Bennett
56.513 The effect of aging on the spatial pooling of local orientation signals Stanley Govenlock, Allison Sekuler, Patrick Bennett
56.514 Age-Related Differences in the Use of Optical Flow and
Landmark Information in Steering Control Rui Ni, Zheng Bian,
John Andersen
56.515 The effects of fog and aging on the ability to detect collisions. Amy Guindon, Rui Ni, Zheng Bian, George Andersen
56.516 Effects of Normal Aging on Face View Adaptation Ming Mei,
Hugh Wilson
56.517 The Effect of Simulated Cataracts on Speech Intelligibility
Nichole Morris, David Downs, Alex Chaparro
Motion: Mechanisms
Tuesday, May 12, 2:45 – 6:45 pm
56.518 Psychophysics and neurophysiology of the rapidly gener-
ated MAE Davis M. Glasser, James Tsui, Kevin C. Dieter, Christopher C. Pack, Duje Tadin
56.519 Neuronal and psychophysical responses to brief motion
stimuli Jan Churan, Farhan A. Khawaja, James M.G. Tsui, Christo-
pher C. Pack
56.520 Inactivation of area MT has separate influences on the
spiking of single neurons and neuron populations in primate V1
Walter Jermakowicz, Roan Marion, Ilya Khaytin, Zhiyi Zhou,
Melanie Bernard, A.B. Bonds, Vivien Casagrande
56.521 Modelling the substructure of direction selective receptive
fields in macaque V1 Pamela Baker, Wyeth Bair
56.522 A unilateral PFC lesion affects neuronal activity in area
MT during motion discrimination tasks Leo, L. Lui, Marc, A.
Mancarella, Tatiana Pasternak
56.523 Temporal modulations of motion properties produce
distinct motion-contrast and form-related VEP responses in adults
and infants Jeremy Fesi, Michael Yannes, Rick Gilmore
56.524 Bistability of flicker vs. rotational apparent motion: psychophysics and steady-state visual evoked potentials (SSVEP) Yee
Joon Kim, Marcia Grabowecky, Satoru Suzuki, Nava Rubin
56.525 New image velocity code explains contrast and centersurround effects in MT neurons John A. Perrone, Richard J.
Krauzlis
59
Tuesday Sessions
56.502 Discriminability of “top-heavy” versus “bottom-heavy”
geometric patterns in 2-, 3-, 4-, and 5-month old infants. Hsin-
Pinto, David Irwin, David Jones, Kathryn Murphy
Tuesday Sessions
56.526 Abnormal cortical activation in response to motion in
people who have lost one eye early in life Krista Kelly, Caitlin
Mullin, Brenda Gallie, Jennifer Steeves
56.527 Visual motion retraining of a cortically-blind field increases
BOLD responses in peri-lesional cortex and MT+ - a case study Tim
Martin, Anasuya Das, Krystel Huxlin
56.528 Dotted Ellipses: Local and emergent motion signals differ-
entially modulate BOLD activity in visual cortex Gideon Caplovitz,
Peter Tse
56.529 The Component Level Feature Model of motion: completed
Linda Bowns
VSS 2009 Program
56.546 Cross-Hemifield Attention Benefits for Visual Short-Term
Memory Georgina Fleming, Summer Sheremata, David Somers
56.547 Categorical Effects of Working Memory Load on the Selection of Pop-Out Categorical Oddballs. Alejandro Lleras, Henry
Chen, Brian Levinthal
56.548 Individual visual short-term memory capacity predicts the
number of conjunction errors in Treisman’s illusory conjunction
task. JeeWon Ahn, Alejandro Lleras
56.549 Impact of Global vs. Local Attentional Processing on Visual
Working Memory Organization Lisa Durrance Blalock, Benjamin
Clegg
56.530 Category effects in BOLD response when viewing dynamic
natural scenes Katja M. Mayer, Quoc C. Vuong
56.531 Decoding human visual cortical activity evoked by continuous time-varying movies Shinji Nishimoto, An Vu, Jack Gallant
56.532 New Objective Psychophysical Methodology for Independently Assessing Dorsal and Ventral Processing Systems in Human
Vision Steven R. Holloway, Igor Dolgov, Michael K. McBeath
Tuesday, May 12, 2:45 – 6:45 pm
56.533 Distinct roles for frontal and parietal cortex in visual
working memory and attention Shani Offen, Justin Gardner, Denis
Schluppeck, David Heeger
56.534 Working memory and the attentional blink: fMRI investigations of the neural correlates of the working memory bottleneck.
Stephen Johnston, David Linden, Werner Vogels, Kimron Shapiro
56.535 Working Memory Consolidation Delays Top-down Atten-
tional Processing in Visual Cortex: A Time-Resolved fMRI Study
Tuesday Sessions
Paige Scalf, Paul Dux, Rene´ Marois
56.537 Does Attentional Capture Guide the Contents of Visual
Short-term Memory? Naseem Al-Aidroos, Jay Pratt
56.538 Working Memory Guidance of Attention Depends on
Memory’s Relevance for Search Nancy Carlisle, Geoff Woodman
56.539 Eye movements during visual search under memory load
Grayden Solman, Daniel Smilek, John Eastwood
56.540 The Effects of Learning on Visual Search and Change
Detection Conor Mullin, Eric Richards
56.541 The Mechanisms Underlying Priming of Pop-out Amit
Yashar, Dominique Lamy
56.542 Retrieval deficits in short term memory (STM) for temporally adjacent items: An Un-Attentional (Mnemonic) Blink? Claire
Benito, Jane Raymond, Kimron Shapiro, Anna Nobre
56.543 The Attentional Boost Effect Khena Swallow, Tal
Makovski, Yuhong Jiang
56.544 Learning to reject: over repeated trials, feature-specific
inhibitory biases are strengthened, whereas inter-trial feature
contingencies are not learned. Brian Levinthal, Alejandro Lleras
56.545 Working Memory Influence on Perceptual Processing Daryl
Wilson, Catherine Charbonneau
60
VSS 2009 Program
Wednesday Sessions
Wednesday Sessions
Wednesday, May 13, 8:30 – 10:00 am
Moderator: Monika Harvey
Wednesday, May 13, 11:00 am – 12:45 pm
Moderator: Laurie M. Wilcox
8:30 am
61.11 Change Blindness is Reduced with Responses that Afford
11:00 am
62.11 Are stereoscopic cues ignored in telestereoscopic viewing?
8:45 am
61.12 Implicit processing of obstacles for immediate but not
11:15 am
62.12 Perceptual asymmetry in stereo-transparency: the role of
Action Bruce Bridgeman, Philip Tseng
Brian Rogers
delayed reaching in a case of hemianopic blindsight. Christopher
disparity interpolation Laurie M. Wilcox, Inna Tsirlin, Robert S.
9:00 am
61.13 On-line reaching to perturbed targets in visual form agnosia
11:30 am
62.13 Differential effects of suppressed visual motion information
Striemer, Craig S. Chapman, Mel A. Goodale
Allison
(patient DF) Monika Harvey, Robert McIntosh, Stephen Butler,
Larissa Szymanek, Stephanie Rossit
on perception and action during binocular rivalry flash suppression Miriam Spering, Marc Pomplun, Marisa Carrasco
9:15 am
61.14 Looking forward to a correction: Obstacle avoidance during
11:45 am
62.14 Numbers with higher magnitude have higher perceptual
online correction Craig S. Chapman, Ravi Doobay, Melvyn A.
Goodale
9:30 am
61.15 Weber’s law in action Tzvi Ganel, Eran Chajut, Daniel
Algom
strength during binocular rivalry Chris Paffen, Ryota Kanai
12:00 pm
62.15 Binocular rivalry requires visual attention: Evidence from
EEG Peng Zhang, Stephen Engel, Cristina Rios, Bin He, Sheng He
12:15 pm
62.16 Training Improves Orientation-in-Noise Thresholds in an
9:45 am
61.16 Practice does not make perfect: Time allocation in sequen-
Animal Model of Amblyopia. Grayson Roumeliotis, David Jones,
Perceptual Learning: High-level Influences
12:30 pm
62.17 Motion-induced blindness and microsaccades: cause or
tial movements Hang Zhang, Shih-Wei Wu, Laurence Maloney
Moderator: Michael Herzog
8:30 am
61.21 Top-down interpretation alters low-level visual processing
Po-Jang Hsieh, Edward Vul, Nancy Kanwisher
8:45 am
61.22 Learning with attention eliminates attentional blink on a
long-term basis Hoon Choi, Takeo Watanabe
9:00 am
61.23 Covert attention generalizes perceptual learning Marisa
Carrasco, Lauren Baideme, Anna Marie Giordano
9:15 am
61.24 Global motion is processed as the entire unit but learned
Watanabe
9:30 am
61.25 Global resistance to local perceptual adaptation in texture
discrimination Dov Sagi, Nitzan Censor
9:45 am
61.26 Perceptual learning by mental imagery Michael Herzog,
effect? Yoram Bonneh, Dov Sagi, Alexander Cooperman, Tobias
Donner, David Heeger, Moshe Fried, Amos Arieli
Moderator: David Melcher
11:00 am
62.21 Neural measures of maintaining and updating object infor-
mation Trafton Drew, Todd Horowitz, Jeremy Wolfe, Edward K.
Vogel
11:15 am
62.22 Working memory load alters response to stimuli in early
visual cortex. Todd Kelley, Nilli Lavie
11:30 am
62.23 A Domain-Independent Source of Cognitive Control for
Shifting Attention in Vision and Working Memory Benjamin J.
Rosenau, Michael Esterman, Yu-Chin Chiu, Steven Yantis
11:45 am
62.24 A shared sensorimotor map for visual memory, counting and
trans-saccadic perception David Melcher
Elisa Tartaglia, Laura Bamert, Fred Mast
61
Wednesday Sessions
locally Shigeaki Nishina, Jose Nanez, Mitsuo Kawato, Takeo
Kathryn Murphy
Wednesday Sessions
12:00 pm
62.25 Where’s Waldo? How the Brain Learns to Categorize and
Discover Desired Objects in a Cluttered Scene Hung-Cheng
Chang, Yongqiang Cao, Stephen Grossberg
12:15 pm
62.26 Psychophysics of visual memory: What does a memory look
like? Jie Huang, Robert Sekuler
12:30 pm
62.27 Sometimes change blindness is just visual amnesia Yair
Pinto, Todd Horowitz, Jeremy Wolfe
Face Perception: Experience, Learning and
Expertise
63.314 Perceptual expertise has an emotional side: Holistic face
processing is modulated by observers’ emotional state Kim
Curby, Kareem Johnson, Alyssa Tyson
63.315 Expertise CAN explain why face perception is sensitive to
spatial frequency content! N. Rankin Williams, Isabel Gauthier
63.316 Hitting your peak at age 30: behavioral evidence for
extended development of face learning ability Laura Germine,
Brad Duchaine, Ken Nakayama
63.317 Does your height affect the way you represent faces?
63.301 Visual image reconstruction using automatically deter-
63.318 Genetic and environmental contributions to memory for
faces: a twin study Jeremy B. Wilmer, Laura Germine, Mark A.
mined image bases Yusuke Fujiwara, Yoichi Miyawaki, Yukiyasu
Kamitani
63.302 A semi-automated solution for increasing the reliability of
manually defined visual area boundaries Sandhitsu Das, Robyn
Oliver, Brian Avants, Petya Radoeva, David Brainard, Geoffrey
Aguirre, James Gee
63.303 Absence of behavioural recovery because of absence of
cortical reorganization? An fMRI investigation of a left hemianopic patient. Céline Perez, Céline Cavézian, Carole Peyrin,
Frédéric Andersson, Gaëlle Doucet, Olivier Gout, Sylvie Chokron
63.304 Hemispheric differences of color responses in human
ventral visual cortex Derrik E. Asher, Alyssa A. Brewer
63.305 Rod signals in human ventral visual cortex Alyssa A.
Brewer, Dantian T. Liu, Nicholas J. Baitoo
63.306 Where orientation tuning arises Sam Ling, Joel Pearson,
Randolph Blake
Isabelle Bülthoff, Tobias Wolf, Ian M. Thornton
Williams, Ken Nakayama, Christopher F. Chabris, Bradley C.
Duchaine
63.319 Differential Sociocultural Experience Moderates Latency of
Facial Age Judgments Gizelle Anzures, Liezhong Ge, Zhe Wang,
Shoji Itakura, Kang Lee
63.320 Face Recognition Subserves Nature not Nurture Roberto
Caldara, Sebastien Miellet, Xinyue Zhou
63.321 The Information subtending the other-race effect Daniel
Fiset, Caroline Blais, James Tanaka, Martin Arguin, Daniel Bub,
Frédéric Gosselin
63.322 Inverting Faces Elicits Sensitivity to Race on the N170
Component: a Cross-Cultural Study Kay Foreman, Luca Vizioli,
Guillaume Rousselet, Roberto Caldara
63.323 Dissociating contributions of configural and component
information to the own-race advantage in face recognition
63.307 Figure-ground signals in early and object specific visual
William Hayward, Mintao Zhao, Olivia Cheung, Gillian Rhodes,
Isabel Gauthier
Steven Scholte, Victor.A.F. Lamme
63.324 Holistic gender perception for both own-race and otherrace faces Mintao Zhao, William Hayward
63.325 Forgetting faces in a crowd: Faster memory decay for
other-race faces? Lindsey Short, Danielle Longfield, Paul Talvitie,
areas: A combined fMRI, EEG and TMS study. Martijn Wokke, H.
63.308 Visual field coverage of human V4 Jonathan Winawer, Rory
Sayres, Kaoru Amano, Brian Wandell
63.309 Functional organization of the primary visual cortex (areas
17 and 18) of the tree shrew revealed by optical brain imaging
Matthieu Vanni, Martin Villeneuve, Martha Bickford, Heywood
Petry, Christian Casanova
63.310 The organization of inter-hemispheric projections from
areas 17 and 18 in the human splenium, studied with DTI probabilistic fiber tracking. Michael Scheel, Linda J Lanyon, Deborah
Wednesday Sessions
VSS 2009 Program
Giaschi, Jason J Barton
63.311 Multivoxel fMRI analysis reveals the representation of
spatial frequency information in human primary visual cortex
Christian Kaul, Bahador Bahrami, Geraint Rees
63.312 Receptive field properties of V1 neurons coding for lumi-
nance histogram skew Cheryl Olman, Huseyin Boyaci, Jennifer
Schumacher, Fang Fang, Katja Doerschner
Catherine Mondloch
63.401 More Wheels Makes Attention Spin Slower. James
Macdonald, Rufin VanRullen
63.402 Between-Object Superiority in Divided Attention W. Tram-
mell Neill, Yongna Li, George Seror, Patrick O’Connor
63.403 Dividing Attention between Two Simultaneous Visual Tasks:
the Magnocellular System Scott Watamaniuk, Satomi Maeda,
Allen Nagy
63.313 Processing animacy in the posterior superior temporal
sulcus Gregory McCarthy, Tao Gao, Brian J. Scholl
62
VSS 2009 Program
63.404 Dividing Attention between Two Simultaneous Visual Tasks
I: the Parvocellular System & the Koniocellular System Satomi
Maeda, Allen Nagy, Scott Watamaniuk
Wednesday Sessions
63.423 Static and Dynamic Visual Acuities of Athletes Herb Yoo,
Alan Reichow, Graham Erickson, Karl Citek
63.405 Bilateral Attentional Advantage in Gabor Detection Nestor
63.424 Stereo-depth with dichoptic perisaccadic spatial distortions illustrate a head-centric disparity mechanism Zhi-Lei
63.406 Enumerating visual items within and across hemifields
63.425 Effects of saccadic adaptation on visual localisation Eckart
Matthews, Jenna Kelly
Jean-Francois Delvenne, Julie Castronovo, Nele Demeyere, Glyn
Humphreys
63.408 Vision and audition do not share attentional resources in
sustained tasks Roberto Arrighi, David Burr
63.409 Decision-relevant Contextual Constraints on Human Decision Behavior Carlos Cabrera, Zhong-Lin Lu, Barbara Dosher
63.410 The effects of fixation and passive attention on the object
recognition. Takuma Murakoshi, Yoshihisa Osada
63.411 Effects of spatial attention on contrast sensitivity for
motion discrimination revealed by center-periphery dual visual
task paradigm Masayuki Sato, Keiji Uchikawa
63.412 Localized attentional interference reflects competition for
reentrant processing Kelly S. Steelman-Allen, Jason S. McCarley,
Jeffrey R. W. Mounts
63.413 Reporting two simultaneous targets: Competition, bias,
and temporal displacement Jennifer Olejarczyk, Brad Wyble,
Mary C. Potter
63.414 Detecting the presence of a singleton does not require
focal attention Howard Egeth, Jeffrey Moher
63.415 Functional MRI Analysis of Cortical Activation During
Saccadic Adaptation Mark W. Greenlee, Steven Blurton, Markus
Raabe
63.416 Monkey and human performance in a chronostasis task
suitable for neurophysiology J. Patrick Mayo, Marc A. Sommer
63.417 Eye movements when viewing natural scenes with normal
vision and simulated scotomas Vanessa Doyon-Cadieux, Constantina Stamoulos, Aaron Johnson
63.418 Allocentric spatial information improves saccadic accuracy
under task conditions that load spatial memory or limit saccade
preparation time Paul Mitchell, Jay Edelman
63.419 Covert Orienting Reflex: Involuntary pupil response
predicts microsaccade production. Matthew Schneps, L. Todd
Rose, Susana Martinez-Conde, Marc Pomplun
Simon Grant, Michael J Morgan
63.421 The global effect induced by ‘‘blind’’ distractors in visual
hemifield defects Stefan Van der Stigchel, Tanja C.W. Nijboer,
Douwe D.P. Bergsma, Mathias Abegg, Jason J.S. Barton
63.422 Relationship between eye movement and filling-in time
Masae Yokota, Yasunari Yokota
Zimmermann, Markus Lappe
63.426 The main sequence of human Optokinetic Nystagmus
Andre Kaminiarz, Kerstin Königs, Frank Bremmer
63.427 Sensitivity to chromatic contrast at the time of saccades
Paola Binda, Jonas Knöll, Frank Bremmer, M. Concetta Morrone
63.428 Measuring the properties of the post-saccadic visual error
calculation Henry Lo, Tyler Garaas, Marc Pomplun
63.429 Error in localising a target that is flashed near the time
of an isolated saccade is not identical to the error found near
the time of the last of a sequence of saccades Femke Maij, Eli
Brenner, Jeroen Smeets
63.430 The Role of Visual Working Memory in Establishing Object
Correspondence across Saccades Andrew Hollingworth, Steven
J. Luck
63.431 Look at the Choices: An Examination of Looking Behaviours
in a Multiple Choice Test Cho Kin Cheng, Lisa-Marie Collimore,
Dwayne E. Paré, Shakinaz Desa, Steve Joordens
Visual Search: Mechanisms and Special
Populations
63.432 Reward Modulation of Search and Priming of Pop-Out Y.
Jeremy Shen, Marvin M. Chun
63.433 Spatiotopic Priming in Visual Search Maryam Vaziri
Pashkam, Patrick Cavanagh
63.434
No need for inhibitory tagging of locations in visual search
Johan Hulleman
63.435 Saccadic target selection and crowding. Jelmer de Vries,
Ignace Hooge, Frans Verstraten
63.436 Oculomotor and manual search compared: The role of
cognitive complexity and memory load Melissa Kibbe, Eileen
Kowler, Jacob Feldman
63.437 From lab to life: Cognitive strategy fails to influence realworld search A.A. Brennan, M.R. Watson, A. Kingstone, J.T. Enns
63.438 Contextual cues facilitate search in real world 3-D environments Stephen C Mack, Wade Schoonveld, Miguel P Eckstein
63.439 The Effects of Task Demands on the Dynamics of Visual
Search in Virtual 3D Displays Marc Pomplun, Tyler Garaas,
Marisa Carrasco
63.440 Novice and expert performance on a computerized
lifeguarding task: A second look Lyndsey K. Lanagan-Leitzel,
Cathleen M. Moore
63.441 We Find Before We Look: Neural Signatures of Target Detec-
tion Preceding Saccades During Visual Search An Luo, Lucas
Parra, Paul Sajda
63
Wednesday Sessions
63.420 Eye movements and visuospatial perceptual extrapolations
compete for common resources Marc S Tibber, Dean R Melmoth,
Zhang, Christopher Cantor, Clifton Schor
Wednesday Sessions
VSS 2009 Program
63.442 Imagined Perspective Modulates Cue Effectiveness in
Visual Search of Air Traffic Control Displays Evan Palmer, Chris
Brown, Carolina Bates, Timothy Clausner, Philip Kellman
63.443 A new step towards understanding Embedded Figures Test
performance in the autism spectrum Renita Almeida, J. Edwin
Dickinson, Murray Maybery, Johanna Badcock, David Badcock
63.444 Visual Field Loss, Eye Movements and Visual Search Lee
McIlreavy, Jozsef Fiser, Peter Bex
63.445 Relationship of visual search performance to Schizotypal
personality measures for normal observers Steven Shimozaki,
Wednesday Sessions
Robert Saunders, Elizabeth Bryant
64
VSS 2009 Program
Topic index
Topic Index
Below is a list of talk and poster sessions by topic. Parentheses indicate which abstracts are included in each session.
3D Perception: Disparity and Other Depth
Cues
Poster Presentation (56.413-56.427)
Tuesday, May 12, 2:45 – 6:45 pm
Oral Presentation (54.21-54.27)
Tuesday, May 12, 2:45 – 4:30 pm
3D Perception: Shape, Shading and
Contours
Sunday, May 10, 2:45 – 6:45 pm
Tuesday, May 12, 5:15 – 7:00 pm
Sunday, May 10, 8:30 am – 12:30 pm
Attention: Capture
Attention: Divided
Sunday, May 10, 8:30 – 10:00 am
Attention: Models
Friday, May 8, 6:30 – 9:00 pm
Monday, May 11, 11:00 am – 12:45 pm
Attention: Spatial Selection and Modulation
Attention: Temporal Selection and
Modulation
Attention: Tracking
Sunday, May 10, 8:30 am – 12:30 pm
Sunday, May 10, 2:45 – 6:45 pm
Binocular Vision: Depth, Bistability, and
Memory
Monday, May 11, 8:30 am – 12:30 pm
Tuesday, May 12, 2:45 – 6:45 pm
Tuesday, May 12, 2:45 – 6:45 pm
Sunday, May 10, 2:45 – 6:45 pm
Attention: Linguistic, Motivational and
Affective Factors
Monday, May 11, 8:30 am – 12:30 pm
Color and Light: Lightness and Color of
Surfaces
Monday, May 11, 8:30 – 10:00 am
Color and Light: Neural Representations of
Color
Eye Movements: Cognition and Social
Cognition
Friday, May 8, 6:30 – 9:00 pm
Tuesday, May 12, 8:30 – 10:00 am
Tuesday, May 12, 11:00 am – 12:45 pm
Monday, May 11, 8:30 am – 12:30 pm
Face Perception: Adaptation, Aftereffects
and Categorization
Monday, May 11, 8:30 am – 12:30 pm
Face Perception: Development and
Disorders
Friday, May 8, 6:30 – 9:00 pm
Face Perception: Experience, Learning and
Expertise
65
Topic index
VSS 2009 Program
Face Perception: Face Space, Categorization and Representation
Tuesday, May 12, 2:45 – 6:45 pm
Multisensory Processing: Brain and
Behavior
Tuesday, May 12, 5:15 – 7:00 pm
Perception and Action: Decisions and
Frames of Reference
Face Perception: Inversion and Viewpoint
Effects
Tuesday, May 12, 2:45 – 6:45 pm
Multisensory Processing: Cross-modal
Perception
Sunday, May 10, 8:30 am – 12:30 pm
Perceptual Learning: Associations and
Plasticity
Tuesday, May 12, 2:45 – 4:15 pm
Mechanisms
Tuesday, May 12, 8:30 – 10:00 am
Multisensory Processing: Visual and
Auditory Perception
Perceptual Learning: High-level Influences
Face Perception: Temporal Effects and
Dynamics
Sunday, May 10, 2:45 – 4:15 pm
Perceptual Learning: Models and
Mechanisms
Neural Mechanisms: Encoding and
Decoding
Sunday, May 10, 5:15 – 7:00 pm
Perceptual Learning: Specificity and
Transfer
Monday, May 11, 8:30 am – 12:30 pm
Tuesday, May 12, 2:45 – 6:45 pm
Neural Mechanisms: Visual and Visuomotor
Function
Friday, May 8, 6:30 – 9:00 pm
Perceptual Organization: Brain Mechanisms
Sunday, May 10, 2:45 – 4:15 pm
Face Perception: Wholes, Parts, Configurations and Features
Sunday, May 10, 8:30 am – 12:30 pm
Sunday, May 10, 8:30 am – 12:30 pm
Sunday, May 10, 2:45 – 6:45 pm
Motion: Biological
Sunday, May 10, 2:45 – 6:45 pm
Motion: Encoding
Tuesday, May 12, 11:00 am – 12:45 pm
Motion: Mechanisms
Tuesday, May 12, 2:45 – 6:45 pm
Sunday, May 10, 11:00 am – 12:45 pm
Monday, May 11, 8:30 am – 12:30 pm
66
Object Recognition: From Features to
Objects
Sunday, May 10, 11:00 am – 12:45 pm
Object Recognition: Objects and
Categories
Sunday, May 10, 2:45 – 6:45 pm
Object Recognition: Objects and Visual
features
Sunday, May 10, 8:30 am – 12:30 pm
Perception and Action: Decision and Action
Sunday, May 10, 8:30 – 10:00 am
Perceptual Organization: Edges, Configurations, and Surfaces
Sunday, May 10, 8:30 am – 12:30 pm
Scene Perception: Categorization and
Memory
Sunday, May 10, 8:30 am – 12:30 pm
Scene Perception: Mechanisms and
Representations
Monday, May 11, 8:30 – 10:00 am
Tuesday, May 12, 2:45 – 6:45 pm
Sunday, May 10, 2:45 – 6:45 pm
VSS 2009 Program
Topic index
Special Populations: Lifespan Development
Tuesday, May 12, 2:45 – 6:45 pm
Monday, May 11, 8:30 am – 12:30 pm
Monday, May 11, 11:00 am – 12:45 pm
Spatial Vision: Crowding and Peripheral
Vision
Sunday, May 10, 2:45 – 6:45 pm
Monday, May 11, 8:30 am – 12:30 pm
Sunday, May 10, 5:15 – 7:00 pm
Vision and Action: Posture, Wayfinding, and
Whacking
Sunday, May 10, 8:30 am – 12:30 pm
Visual Search: Mechanisms and Special
Populations
Spatial Vision: Mechanisms and Special
Populations
Monday, May 11, 8:30 am – 12:30 pm
Special Populations: Disorders and
Disease
67
Author Index
VSS 2009 Program
Author Index
Entries are indexed by abstract number, not page number; bold entries indicate first author abstracts.
“S” entries indicate symposia.
Aaen-Stockdale, C - 23.543
Abbey, CK - 31.26, 53.549
Abdul-Malak, D - 36.538
Abe, S - 33.526, 53.318
Abegg, M - 16.531, 53.438, 63.421
Abekawa, N - 23.315
Abrams, J - 23.436, 36.410
Ackermann, JF - 43.534
Acland, GM - 56.438
Acuna, D - 31.13
Adamo, M - 23.517, 33.447
Adams, RJ - 43.541
Adams, W - 53.330
Adelson, E - 23.522, 32.22
Adolphs, R - 16.511, 16.513
Aedo-Jury, F - 23.437
Afraz, AS - 22.21
Afshar, M - 53.418
Agrawala, M - 54.25
Aguirre, G - 33.324, 34.14, 53.315,
63.302
Aguirre, GD - 56.438
Aguirre, GK - 56.438
Ahn, J - 56.548
Ahuja, A - 43.510
Ahumada, A - 43.536
Aks, D - 53.413
Al-Aidroos, N - 56.537
Alais, D - 53.321
Albert, MK - 33.418
Alberton, J - 43.431
Albrecht, A - 53.429
Albrecht, AR - 41.22
Albright, T - 32.11, 43.317
Alcorn, AM - 56.325
Ales, J - 34.13, 34.16
Alexander, JJ - 56.438
Alexander, R - 53.543
Alexandre, R - 23.411
Algom, D - 61.15
All, S - 26.453
Allard, R - 33.502, 36.547
Allen, E - 36.446
Allen, H - 33.405, 33.406, 34.11
Allenmark, F - 33.520
Allison, R - 26.522
Allison, RS - 33.507, 36.507, 62.12
Allred, S - 26.303
Almeida, J - 32.26
Almeida, R - 63.443
Alrik Sørensen, T - 36.315
Altschuler, E - 36.432
Alvarez, B - 53.429, 56.419
Alvarez, G - 25.13, 33.503, 53.423
Alvarez, GA - 25.14
Amano, K - 63.308
68
Amir, O - 53.314
Andersen, G - 23.326, 33.524,
36.307, 36.504, 56.515
Andersen, J - 23.318, 56.514
Andersen, R - 33.401
Andersen, T - 16.519, 43.420
Andersen, TS - 33.441
Anderson, A - 22.25, 26.326
Anderson, AA - 43.442
Anderson, BL - 26.304
Anderson, D - 53.320
Anderson, J - 26.411, 53.522
Andersson, F - 63.303
Anes, MD - 33.319
Angelaki, D - 55.13
Anker, S - 26.501, 36.512
Anzures, G - 63.319
Appelbaum, L - 33.410
Arabzadeh, E - 33.541
Arditi, A - 33.454
Arend, I - 26.435
Arguin, M - 33.452, 43.546, 56.302,
56.303, 63.321
Arieli, A - 62.17
Arkadir, D - 23.538
Arnold, P - 36.312
Arrighi, R - 63.408
Arsenault, E - 23.526
Asano, M - 23.441, 23.442
Ashby, NJ - 36.322
Asher, DE - 63.304
Ashton, J - 23.446
Aslin, R - 23.331
Asplund, C - 55.25
Asplund, CL - 31.24, 36.323
Atkinson, J - 26.501, 36.512, 43.520
Augustin, MD - 53.512
Aura, C - 33.533
Avants, B - 63.302
Awh, E - 36.326, 36.331
Ayhan, I - 53.502
Azzopardi, P - 16.547
B. Sekuler, A - 43.321
Babinsky, E - 43.519, 43.520
Baccus, W - 26.420
Backus, B - 26.529, 43.314, 43.315,
56.425, 56.426, 56.427
Bacon-Macé, N - 34.25
Badcock, D - 23.301, 63.443
Badcock, J - 63.443
Bae, H - 33.315
Baek, Y - 43.539
Baggott, M - 16.514
Bahrami, B - 26.314, 26.520, 63.311
Baideme, L - 61.23
Bair, W - 56.521
Baitoo, NJ - 63.305
Baker, C - 21.21, 23.526, 33.431,
53.313
Baker, CI - 25.22
Baker, DH - 53.328
Baker, J - 23.403
Baker, P - 56.521
Baker, T - 53.529
Bakkum, B - 26.524
Balas, B - 23.433, 26.439, 35.24
Baldauf, D - 24.26
Balk, SA - 26.421
Baluch, F - 26.547
Bamert, L - 61.26
Bandettini, P - 21.22
Banks, M - 41.25, 54.25, 56.413
Banks, MS - 33.539
Banno, H - 33.305
Bao, M - 23.319, 54.11
Bao, P - 25.24
Barbot, A - 36.410
Barenholtz, E - 36.423
Barghout, L - 56.428
Barker-Benfield, M - 36.448
Barlow, H - 32.24
Barner, D - S3
Barnes, G - 43.402
Barratt, D - 16.526
Barrionuevo, P - 26.311
Bartels, A - 53.304
Barthelmé, S - 26.401
Bartholomew, AN - 26.527
Barton, B - 16.545, 16.546
Barton, J - 16.531, 26.450, 33.321
Barton, JJ - 22.24, 26.449, 33.328,
53.438, 56.305, 63.310, 63.421
Barton, K - 43.507
Baseler, H - 25.23
Bastien, CH - 36.513
Bates, C - 63.442
Battelli, L - 52.21
Baugh, L - 36.526, 36.536
Bavelier, D - 23.328
Beck, D - 16.543, 33.302, 33.303
Beck, DM - 53.416, 56.430
Beck, J - 53.544
Beck, M - 33.316
Beck, V - 53.537
Becker, MW - 33.309
Bedell, H - 33.522, 43.331
Bedford, R - 54.23
Beers, AM - 56.417
Behabadi, B - 23.529
Behera, A - 52.17
Behrmann, M - 26.446
Beilock, S - 36.446
Bejjanki, VR - 23.328
Bell, J - 56.402
Bells, S - 43.524
Ben-Oliel, T - 23.538
Ben-Shahar, O - 33.419
Ben-Yosef, G - 33.419
Benito, C - 56.542
Bennett, P - 26.431, 34.22, 43.308,
53.430, 56.513
Bennett, PJ - 23.307, 26.452, 33.327,
36.550, 43.322, 56.511, 56.512
Benoni, H - 26.534
Benson, C - 53.520, 53.521
Bentin, S - 26.531
Benton, C - 23.309, 23.310, 26.422,
43.408
Benton, CP - 56.324
Bergsma, DD - 63.421
Bernard, J - 33.449
Bernard, M - 56.520
Bernat, E - 53.331
Berry, D - 32.24
Berten, S - 23.420, 26.453
Bertone, A - 56.501, 56.506
Bethge, M - 26.302
Betts, L - 33.322
Betts, LR - 36.550
Betzler, RJ - 33.425
Bex, P - 22.11, 23.426, 23.524,
26.404, 36.541, 42.13, 52.27,
53.501, 63.444
Bian, Z - 23.318, 33.524, 36.307,
56.514, 56.515
Bickford, M - 63.309
Biederman, I - 21.26, 36.413, 36.414,
43.446, 53.314
Billington, J - 31.14, 33.508, 33.518
Binda, P - 63.427
Bingham, G - 36.530, 43.316, 53.533
Bingham, GP - 53.532
Binsted, G - 36.524, 36.535, 43.533
Biondi, M - 36.316
Birmingham, E - 16.513
Birtles, D - 26.501, 36.512
Bisley, J - 33.440
Bittner, J - 16.504, 23.324, 56.405
Bjerg, A - 33.304, 56.436
Blagrove, E - 43.432
Blais, C - 23.445, 56.303, 63.321
Blake, R - 26.419, 43.549, 63.306
Blangero, A - 53.432
Blanz, V - 26.451, 34.24
Blaser, E - 36.316
Blavier, A - 33.434
Blohm, G - 43.524
Bloj, M - 36.437
VSS 2009 Program
Blurton, S - 63.415
Bochsler, TM - 33.453
Bodenheimer, B - 43.508
Bodurka, J - 21.22
Boehnke, S - 51.16
Boi, M - 26.541
Bolding, M - 32.15
Boloix, E - 33.307
Bonds, A - 56.520
Bonneh, Y - 62.17
Bosco, A - 55.17
Bottini, G - 36.533
Boucart, M - 56.433
Boucher, L - 36.327
Bouvier, S - 56.408
Bower, J - 23.318
Bowman, H - 16.517
Bowns, L - 56.529
Boyaci, H - 56.421, 56.422, 63.312
Boyd, J - 35.13
Boynton, G - 23.440, 42.21, 43.413
Braddick, O - 26.501, 36.512, 43.519,
43.520
Bradley, A - 42.16
Bradley, C - 53.434
Brady, D - 33.403
Brady, M - 23.528, 23.530
Brady, T - 25.13, 41.24
Brady, TF - 25.14, 53.310
Brainard, D - 26.303, 41.15, 63.302
Brainard, DH - 56.438
Braly, NM - 26.421
Brandt, SA - 33.429, 33.430
Brandwood, T - 31.15
Brascamp, J - 33.527, 53.330
Braun, DI - 43.323, 43.403
Braun, J - 26.517
Braunstein, M - 24.14, 36.504
Bravo, M - 35.27
Breitmeyer, BG - 26.537, 53.303
Bremmer, F - 16.540, 53.504, 63.426,
63.427
Brennan, A - 63.437
Brennan, AA - 26.548, 33.320
Brenner, E - 33.515, 33.516, 43.527,
63.429
Bressler, D - 42.26
Bressler, DW - 23.435
Breveglieri, R - 55.17
Brewer, AA - 16.545, 16.546, 63.304,
63.305
Brewer, J - 33.534
Bridge, H - 26.533, 33.528
Bridgeman, B - 61.11
Bronkhorst, A - 55.27
Brooks, J - 53.429
Brouwer, GJ - 21.11
Brown, A - 36.438
Brown, AM - 21.16
Brown, C - 63.442
Brown, JM - 23.515, 26.535
Brown, L - 33.549
Broyles, EC - 26.537
Bruggeman, H - 31.16
Author Index
Bruno, A - 53.502, 53.506
Bryant, E - 63.445
Bu, Y - 25.25
Bub, D - 56.303, 56.306, 63.321
Buckingham, G - 33.514, 36.535
Buckthought, A - 33.529
Buelthoff, H - 33.512
Bukach, C - 43.313, 56.318
Bulakowski, PF - 23.435
Bülthoff, I - 63.317
Bultitude, J - 33.415
Bundesen, C - 16.518, 23.504, 24.25
Burge, J - 33.539
Burke, D - 16.512
Burke, M - 43.402
Burr, D - S3, 33.537, 63.408
Burton, CL - 26.527
Busch, N - 35.16, 53.513
Busigny, T - 33.329, 51.25
Butler, J - 33.512
Butler, S - 16.505, 61.13
Butterworth, B - 26.520
C. A. Read, J - 26.521
Cabrera, C - 63.409
Caddigan, E - 33.302, 33.303, 56.430
Caharel, S - 34.24
Cai, D - 33.445
Cai, R - 43.329
Cain, MS - 23.521
Caldara, R - 16.537, 26.327, 26.328,
34.26, 63.320, 63.322
Cameron, I - 26.320
Campana, G - 43.319
Campos, J - 33.512
Candy, R - 53.529
Cant, JS - 33.514
Cantor, C - 63.424
Cantor, CR - 53.507
Cao, B - 26.310
Cao, Y - 36.422, 36.425, 62.25
Caplovitz, G - 34.16, 56.528
Caplovitz, GP - 23.312
Capp, B - 53.534
Cappadocia, DC - 36.525
Capucilli, P - 33.519
Caramazza, A - 32.26
Carbon, C - 53.512, 56.316
Cardin, V - 25.27
Cardoso-Leite, P - 53.516
Carlisle, N - 56.538
Carlson, T - 33.503
Carmel, D - 31.23
Carney, T - 42.12, 54.15
Carrasco, M - 23.436, 31.23, 36.408,
36.410, 42.22, 42.25, 61.23,
62.13, 63.439
Carter, CS - 16.514
Casagrande, V - 23.406, 56.520
Casanova, C - 63.309
Casco, C - 43.319
Casile, A - 36.522
Caspi, A - 43.510
Cass, J - 23.426
Cassanello, C - 23.301
Castet, E - 33.449
Castronovo, J - 63.406
Cauchoix, M - 56.429
Caudek, C - 56.414, 56.415
Cavallet, M - 23.516
Cavanagh, P - S4, 22.21, 23.428,
32.12, 33.503, 36.547, 43.324,
52.12, 63.433
Cave, KR - 26.549, 53.542
Cavézian, C - 23.546, 63.303
Ceccaldi, M - 33.329
Cellini, C - 53.431
Censor, N - 61.25
Cerf, M - 16.513
Cha, O - 43.539
Chabris, CF - 63.318
Chai, B - 33.303
Chai, Y - 53.321
Chajka, K - 26.529
Chajut, E - 61.15
Chakravarthi, R - 23.428, 32.21
Chakravarty, MM - 56.442
Challinor, K - 52.24
Cham, J - 23.429
Chan, A - 21.21
Chan, L - 35.21
Chan, S - 35.24
Chang, DH - 43.318
Chang, EC - 33.510
Chang, H - 62.25
Chang, L - 23.326
Chang, Y - 36.412
Chaparro, A - 56.517
Chapman, CS - 43.532, 61.12, 61.14
Chappell, M - 43.327
Charbonneau, C - 56.545
Charron, C - 31.15
Chatterjee, G - 26.447, 33.317
Chavane, F - 23.410
Cheadle, S - 33.426
Cheb, C - 53.301
Cheema, R - 23.317
Chelette, K - 43.506
Chen, C - 26.407, 26.409, 54.14
Chen, G - 35.14
Chen, H - 56.547
Chen, J - 16.539, 43.517, 56.311
Chen, P - 23.505, 36.409
Chen, W - 33.410
Chen, X - 16.516
Cheng, CK - 63.431
Cheng, M - 53.301
Cheng, S - 55.16
Chennu, S - 16.517
Cheong, A - 36.540
Cherian, T - 22.26, 43.440
Cheung, O - 34.23, 63.323
Cheung, S - 23.429, 23.431
Cheyne, D - 36.329
Cheyne, DO - 43.524
Chichka, D - 43.506
Chien, SH - 16.539, 36.318, 56.502
Chikkerur, S - 53.550
Chiodo, VV - 56.438
Chisholm, J - 23.513
Chiu, Y - 43.438, 55.24, 62.23
Choi, H - 61.22
Choi, K - 56.407
Chokron, S - 23.538, 23.546, 63.303
Cholewiak, SA - 26.403
Chong, SC - 26.538, 43.439, 43.539,
53.322
Chong, SE - 43.542
Choo, H - 33.420
Chopin, A - 53.326
Chrastil, E - 43.504
Christensen, A - 26.437
Christensen, B - 26.452
Christensen, J - 53.402
Christiansen, J - 21.15, 56.445
Christiansen, MH - 33.425
Chu, C - 53.301
Chu, CC - 56.439
Chu, H - 26.543
Chu, W - 23.329, 43.305
Chua, F - 43.422
Chua, FK - 23.509
Chubb, C - 26.530
Chun, M - 23.514, 24.24
Chun, MM - 25.17, 54.13, 63.432
Chung, S - 23.425
Chung, ST - 33.451
Churan, J - 56.519
Churchill, S - 55.16
Cinelli, M - 43.502
Citek, K - 63.423
Clark, K - 23.450, 43.425
Clarke, A - 23.449, 33.427
Clausner, T - 63.442
Clegg, B - 56.549
Clifford, C - 33.541, 53.304
Coats, R - 43.521
Cohen, J - 53.524
Cohen, JA - 43.503
Cohen, JY - 16.541
Cohen, M - 33.435, 53.404, 53.405
Colino, F - 36.535, 43.533
Collimore, L - 63.431
Collins, J - 56.318
Colombo, E - 26.311
Conci, M - 23.508, 33.421
Connah, D - 36.437
Connor, CE - S5
Constantinidis, C - 33.432
Contreras, D - S5
Cooper, E - 41.25
Cooperman, A - 62.17
Corballis, M - 53.305
Corbett, J - 36.545, 53.311
Cormack, L - 32.14
Cormack, LK - 36.501
Cornes, K - 33.330, 33.332
Cornish, K - 56.501, 56.506
Cosman, J - 23.502
Costello, P - 53.327
Cottrell, G - 16.533, 43.436
Courage, ML - 43.541
Courtney, S - 55.24
69
Author Index
Cowell, R - 43.436
Cowie, D - 43.509
Coyle, J - 16.514
Crabtree, CE - 26.527
Craft, AE - 26.527
Craig, G - 33.507
Cramer, C - 33.513
Craston, P - 16.517
Crawford, D - S4
Crawford, JD - 43.524
Creem-Regehr, SH - 33.546, 43.538
Crewther, D - 33.416
Crognale, M - 56.443
Crognale, MA - 56.451
Crossland, M - 25.23
Crouzet, SM - 32.27, 34.25, 41.23
Cui, M - 16.536
Culham, JC - 43.532
Culmer, P - 53.533
Curby, K - 63.314
Curran, W - 23.309, 23.310
Cutler, V - 26.549
Czuba, TB - 36.501
D’Antona, A - 21.15, 56.445, 56.449
Da Fonseca, D - 16.508
Daar, M - 56.309
Dacey, D - S2
Dakin, S - 23.426, 23.524, 42.13,
52.27
Dal Martello, M - 22.27
Danckert, J - 36.537
Dang, L - 16.527
Dannemiller, J - 23.421
Darling, B - 36.436
Das, A - 23.544, 56.527
Das, K - 36.427
Das, S - 63.302
Dassonville, P - 26.536, 53.534
Davidesco, I - 33.407
Davis, G - 43.428
Davis, L - 33.410
Davis, S - 26.515
Daw, N - 36.518
Day, B - 43.509
Dayan, P - 56.323
de Gelder, B - 16.503
De Graef, P - 51.25
de Grave, D - 43.527
De Grosbois, J - 36.535
de Guise, D - 26.526
de Heering, A - 26.443
de Jong, MC - 26.519
de Liedekerke, C - 26.443
De Luca, E - 26.327
de Montalembert, M - 26.509
de Vries, J - 63.435
Deboni, M - 26.443
Defoort, S - 56.433
Defranceschi, B - 53.512
deGrosbois, J - 43.533
Del Grosso, NA - 33.319
Del Viva, MM - 24.16
Delahunt, P - 56.509
Delvenne, J - 63.406
70
VSS 2009 Program
Demeyere, N - 63.406
Deng, J - 23.536
Denisova, K - 56.411
Dennett, H - 56.317
Dent, K - 34.11
Deruelle, C - 16.508
Desa, S - 63.431
Desanghere, L - 36.531, 36.536
Desmarais, G - 23.547
DeSouza, JF - 43.524
Deubel, H - 53.432
Devinck, F - 56.509
Dhruv, NT - 23.409
Di Lollo, V - 31.25, 43.417
Di Luca, M - 33.544
Diamond, J - 36.527
Diaz, G - 26.436
DiCarlo, JJ - 35.15
Dickinson, JE - 63.443
Didier, R - 16.514
Diedrichsen, J - 33.550
Dieter, KC - 56.518
Dilks, DD - 25.22, 56.437
Dillenburger, B - 33.536
DiLuca, M - 56.426
Ding, J - 26.523
DiPaola, S - 26.325
DiQuattro, N - 23.503
Dixon, M - 23.547, 33.417
Dobkins, K - 55.15, 56.507
Dobres, J - 43.309
Doerschner, K - 54.22, 56.422,
63.312
Dolan, R - 23.321, 26.448
Dolgov, I - 56.532
Domini, F - 56.414, 56.415
Donati, R - 26.524
Donnelly, N - 26.549, 33.330, 33.332,
53.542
Donner, T - 62.17
Donohue, SE - 23.453
Doobay, R - 61.14
Doole, R - 33.549
Doran, M - 24.22, 43.414
Dorn, J - 43.510
Dorsch, T - 36.310
Dosher, B - 23.329, 23.330, 43.305,
54.16, 63.409
Dosher, BA - 16.515
Dotan, S - 23.538
Doucet, G - 63.303
Downing, P - 26.315
Downs, D - 56.517
Doyle, J - 26.446
Doyon-Cadieux, V - 63.417
Drew, S - 26.530
Drew, T - 36.326, 53.452, 62.21
Drewes, J - 26.540
Dricot, L - 43.444
Driver, J - 23.321, 26.448
Drucker, D - 34.14, 53.315
Drummond, L - 53.425
Dubois, J - 35.16
Dubuc, D - 33.319
Duchaine, B - 26.448, 56.307, 63.316
Duchaine, BC - 63.318
Dumoulin, S - 25.26
Duncan, C - 56.443
Duong, H - 36.406
Durant, S - 23.303, 23.532
Durgin, F - 33.505, 36.302, 36.303,
36.304, 36.538, 43.515
Durrance Blalock, L - 56.549
Dux, P - 56.535
Dux, PE - 31.24
Dyde, R - 33.548, 55.14
Dyson, BJ - 53.527
Dziuk, A - 16.509
Eagleman, D - S1, 22.16, 53.510,
55.16
Earle, A - 43.541
Eastwood, J - 56.539
Eckstein, MP - 31.26, 35.22, 36.427,
51.23, 53.547, 53.549, 63.438
Edelman, J - 26.317, 53.439, 63.418
Edler, J - 53.538
Edwards, M - 22.22, 23.301, 56.317
Efros, A - 56.435
Egan, C - 26.323
Egan, E - 54.26
Egeth, H - 23.501, 43.416, 43.419,
63.414
Ehinger, K - 35.23
Ehlinger, D - 26.436
Einhäuser, W - 16.522, 53.325,
53.449
El-Shamayleh, Y - 23.409
Elder, JH - 32.25, 36.404
Ellamil, M - 22.25
Ellard, C - 36.309, 43.507
Ellemberg, D - 26.412, 42.17, 43.406,
43.407, 43.435
Elliott, J - 43.415
Elliott, S - 56.508
Ellis, K - 33.304
Ellis, L - 52.11
Ellner, S - 53.401
Elwan, D - 36.406
Emrich, S - 25.15
Engbert, R - 43.410, 53.436
Engebretson, A - 53.327
Engel, S - 23.319, 54.11, 62.15
Engelhardt, D - 43.414
Enns, J - 26.325, 26.544, 63.437
Enns, JT - 26.548, 31.25, 33.320,
43.417
Epstein, R - 21.25, 56.431
Erdemir, A - 33.519
Erickson, G - 63.423
Ericson, J - 26.515, 33.509, 53.402
Erkelens, C - 56.424
Ernst, M - 43.528, 56.427
Ernst, MO - 33.544, 56.426
Ernst, Z - 23.440
Eskew, R - 21.14
Essex, B - 23.420, 26.453
Essock, E - 26.410
Essock, EA - 26.413
Ester, E - 36.326, 36.331
Esterman, M - 43.438, 53.429, 55.24,
62.23
Etchells, P - 43.408
Éthier-Majcher, C - 23.445
Evans, K - 41.21
Fabiani, M - 16.543, 36.328
Fabre-Thorpe, M - 21.24, 32.27,
34.25, 36.421, 36.426, 41.23,
53.513, 56.429
Fahle, M - 33.429, 33.430
Fajen, B - 26.436, 33.513
Fallah, M - 23.308, 26.532, 53.418,
53.426, 53.427
Fan, Z - 33.414, 33.442
Fang, F - 36.540, 56.311, 63.312
Fantoni, C - 56.414, 56.415
Farber, LE - 56.512
Farid, H - 35.27
Farrell, S - 52.11
Farzin, F - 56.503
Fattori, P - 55.17
Faubert, J - 26.432
Faubet, J - 33.502
Fazl, A - 53.422
Federspiel, J - 43.329
Fehd, H - 53.410
Fei-Fei, L - 23.536, 33.302, 33.303,
56.430
Feigenson, L - 25.12
Feitosa-Santana, C - 56.449
Feldman, J - 56.411, 56.412, 63.436
Felician, O - 33.329
Feltner, K - 23.418
Fencsik, D - 36.317
Feng, L - 53.316
Fenske, M - 43.431
Ferber, S - 23.517, 25.15, 33.447,
43.442
Feria, C - 53.403
Ferneyhough, E - 36.408
Ferretti, T - 33.417
Ferrey, A - 43.429
Ferrie, A - 26.512
Ferwerda, J - 26.301, 36.436
Fesi, J - 56.523
Feuereissen, D - 33.547, 43.508
Fiacconi, CM - 56.511
Field, D - 31.14, 33.508, 33.518
Fields, J - 36.548
Filangieri, C - 26.511
Fine, I - 23.537, 54.12
Finlayson, G - 36.437
Fintzi, A - 33.304
Fischer, J - 33.409, 53.311
Fiser, J - 16.536, 23.331, 26.404,
43.306, 43.307, 63.444
Fiset, D - 16.510, 33.452, 56.302,
56.303, 63.321
Fitousi, D - 16.504, 23.324, 56.405
Fitzgibbon, AW - 36.313
FitzGibbon, E - 51.13
Fize, D - 36.421, 56.429
Flandin, G - 23.321
VSS 2009 Program
Fleck, M - 43.425
Fleischer, F - 36.522
Fleming, G - 56.546
Fleming, R - 54.21
Fletcher, D - 16.527
Flevaris, A - 26.531, 53.429
Flombaum, JI - 53.401
Folk, C - 43.416
Folstein, JR - 43.311, 43.312
Forbus, K - 16.524
Ford, J - 16.530
Foreman, K - 26.327, 34.26, 63.322
Formankiewicz, MA - 43.544
Forte, J - 23.434
Fortenbaugh, F - 53.429
Fortenberry, B - 43.514
Fortin, I - 16.506
Foster, DH - S6
Foster, R - 56.415
Fougnie, D - 36.323
Foulsham, T - 53.443
Fox, C - 26.450
Fox, CJ - 26.449
Foxe, J - 53.449
Francis, G - 36.431, 56.450
Franconeri, S - S3, 23.452, 33.420,
43.409, 43.427, 43.433
Frank, MC - S3
Franz, VH - 36.532
Frédéric, C - 23.411
Freeman, T - 33.304
Freeman, TE - 56.434
Frey, H - 53.449
Fried, M - 62.17
Friedhoff, R - 41.13
Friedman, R - 33.536
Frissen, I - 33.540
Fuchs, H - 53.512
Fujisaki, W - 22.15
Fujiwara, Y - 63.301
Fukino, N - 56.446
Fukuchi, M - 53.424
Fukuda, K - 23.512, 36.322, 36.507
Fuller, S - 56.427
Fulvio, JM - 24.15
Funes, MJ - 53.302
Furl, N - 23.321, 26.448
Fushikida, W - 36.451
Gaetz, WC - 43.524
Gage, S - 43.540
Galera, C - 23.516
Gallant, J - 56.531
Galletti, C - 55.17
Gallie, B - 56.526
Gallivan, JP - 43.532
Galloway, G - 16.514
Galperin, H - 26.404
Gamlin, P - 32.15
Gandhi, T - 56.407
Ganel, T - 61.15
Gantz, L - 33.522
Gao, T - 32.17, 63.313
Garaas, T - 36.544, 53.440, 53.514,
63.428, 63.439
Author Index
Garcia-Rill, E - 43.506
Gardner, J - 41.26, 42.22, 56.533
Garg, D - 36.402
Garrido, L - 26.448
Garrigan, P - 56.410
Garrison, B - 36.309
Gaschen, L - 33.316
Gaspar, C - 34.22
Gauthier, I - 34.23, 36.424, 43.311,
43.312, 43.313, 63.315, 63.323
Gauthier, M - 33.507
Ge, L - 63.319
Gebreab, S - 23.534
Gee, J - 63.302
Geer, J - 16.538
Gegenfurtner, K - 36.445
Gegenfurtner, KR - 26.540, 33.436,
36.532, 43.323, 43.403, 53.431
Geisler, B - 53.434
Geisler, W - 23.523, 51.15
Gelbard-Sagiv, H - 56.304
Geng, J - 23.503
Geoffrey, G - 23.413
George, J - 23.528
Georgeson, M - 26.505, 36.542
Gepshtein, S - 32.11, 43.317
Gerhard, HE - 36.520
Gerhardstein, P - 33.326
Germine, L - 63.316, 63.318
Gerrits, K - 33.437
Geuss, M - 43.511
Gheorghiu, E - 23.304, 56.402
Ghorashi, S - 43.417
Ghose, T - 23.416
Ghuman, A - 22.23
Giaschi, D - 23.317, 63.310
Gibson, B - 43.428
Giesbrecht, B - 31.26, 33.412, 36.427,
43.415, 43.434
Giese, M - 26.427, 36.522
Giese, MA - 26.435, 26.437
Gilaie-Dotan, S - 56.304
Gilbert, C - 55.25
Gilchrist, A - 26.303, 26.305, 41.11
Gilchrist, I - 43.408, 52.11, 52.17
Gilchrist, ID - 23.525
Gill, J - 25.13, 53.423
Gillespie-Gallery, H - 43.519
Gillespie, S - 36.504
Gilman, A - 36.324
Gilmore, R - 56.523
Gilson, SJ - 36.301, 36.313
Gingras, G - 56.438
Giordano, AM - 61.23
Girshick, AR - 23.533
Glaholt, M - 53.441
Glaser, C - 36.519
Glasser, D - 43.549
Glasser, DM - 56.518
Glennerster, A - 36.301, 36.313
Glick, A - 43.306
Gmeindl, L - 55.24
Gobell, J - 43.326
Godwin, HJ - 26.549
Goebel, R - 34.21, 43.444
Goelman, G - 33.407
Goffaux, V - 34.21
Goh, J - 43.445
Goh, X - 56.440
Goldfarb, L - 53.312
Golland, P - 36.416
Golomb, J - 23.514, 24.24
Goltz, HC - 43.524
Gomez-Cuerva, J - 26.544
Gomi, H - 23.315
Gong, Q - 54.14
Goodale, MA - 33.514, 36.523,
36.533, 43.522, 43.532, 61.12,
61.14
Goode, T - 33.318
Gorchetchnikov, A - 43.514
Gordon, RD - 36.428
Gore, J - 36.424
Gorea, A - 53.516, 53.517, 53.518
Gori, M - 33.537, 33.539
Gori, S - 23.417, 53.448
Goris, R - 26.302, 26.408
Gorlin, S - 21.23, 56.406
Goryo, K - 33.526, 53.318
Goshen, Y - 43.448
Gosselin, F - 16.506, 16.510, 23.445,
33.452, 43.443, 43.546, 56.302,
56.303, 63.321
Gosselin, N - 43.443
Gottesman, C - 26.539
Goulermas, Y - 21.12
Gout, O - 63.303
Goutcher, R - 26.518, 33.521
Gouws, A - 25.23
Govenlock, S - 56.513
Grabowecky, M - 16.502, 23.447,
23.452, 43.409, 53.515, 56.409,
56.524
Grady, C - 26.445
Graf, E - 53.330
Graf, EW - 53.328
Grafton, CE - 36.503
Graham, N - 36.543
Graham, R - 16.507
Graham, T - 26.550
Granrud, C - 36.308
Grant, S - 63.420
Gratton, G - 16.543, 36.328
Graving, JS - 26.421
Gray, CM - 23.403
Grayhem, R - 36.434
Grbavec, A - 26.450
Green, CS - 53.520, 53.521
Green, JL - 43.312
Greenberg, R - 23.537, 43.510
Greene, AM - 43.530
Greene, M - 33.301, 41.24
Greenlee, MW - 63.415
Greenwald, S - 23.537
Greenwood, J - 23.426, 42.13
Greenwood, P - 36.401
Gregory, E - 56.504
Grill-Spector, K - 25.26, 43.437
Grimault, S - 36.329
Grimsen, C - 33.429, 33.430
Groen, M - 43.540
Grosbras, M - 16.537, 16.542
Grose-Fifer, J - 23.511
Grossberg, S - 23.322, 26.545,
36.422, 36.425, 43.514, 62.25
Grossman, E - 26.423
Grove, P - 23.446
Guardia, D - 33.501
Guckes, K - 54.26
Guenther, BA - 23.515, 26.535
Guillaume S., M - 23.411
Guillet, KR - 36.501
Guindon, A - 56.515
Guitton, D - 26.322
Guo, XM - 22.24, 56.305
Gurnsey, R - 26.307, 26.321, 26.428,
26.434, 56.420
Guterman, PS - 33.507
Guzman-Martinez, E - 23.447,
43.409, 53.515
Gyoba, J - 43.321
Ha, R - 23.507
Haberman, J - 16.509, 36.415,
53.451, 53.546
Hackett, G - 36.452
Hadad, B - 23.419
Hahn, U - 36.521
Haijiang, Q - 56.425
Hairol, MI - 26.415, 26.417
Hajnal, A - 33.505, 36.304
Hakkinen, A - 53.413
Haladjian, H - 53.412, 53.413
Halberda, J - S3, 53.450
Halelamien, N - 36.546
Halen, K - 36.430
Halsband, K - 43.448
Hamel, M - 23.421
Hamid, J - 23.438
Hammal, Z - 16.506
Hammond, B - 22.12
Han, SW - 36.332
Hanck, J - 56.501, 56.506
Hancock, S - 56.403
Hansen, B - 23.541, 33.304, 42.17
Hansen, BC - 43.435
Hansen, T - 36.445
Hanssens, J - 33.502
Hardeberg, JY - 36.435
Hardy, J - 56.509
Hariyama, S - 26.425
Harlow, J - 16.507
Harp, T - 53.451
Harrar, V - 33.540
Harris, A - 33.324
Harris, I - 43.421, 53.305
Harris, J - 26.314, 33.541, 36.508,
43.421, 53.305
Harris, JM - 36.503
Harris, L - 33.548, 55.14
Harris, LR - 33.540
Harrison, S - 36.332, 43.315
Harrison, SA - 25.16
71
Author Index
Harvey, M - 16.537, 61.13
Hasegawa, H - 23.423
Hatry, A - 56.313
Haun, A - 26.410
Haun, AM - 26.413
Hauschild, M - 33.401
Hauswirth, WW - 56.438
Hawco, C - 33.417
Hawkins, CB - 36.306
Haxby, J - 43.441
Hayes, T - 43.301
Hayhoe, M - 16.525, 16.532, 23.523,
53.444
Hays, J - 56.435
Hayward, W - 35.21, 63.323, 63.324
Hayworth, K - 36.414, 53.314
Hayworth, KJ - 36.413
He, B - 23.319, 62.15
He, S - 26.426, 36.540, 42.14, 42.24,
53.331, 54.11, 54.14, 62.15
He, Z - 36.305, 53.323, 53.329
Heath, M - 36.524, 36.535, 43.533
Heaton, J - 36.317
Hecht, L - 33.424
Heck, P - 56.319
Heeger, D - 21.11, 42.22, 42.25,
56.533, 62.17
Hegenloh, M - 43.531
Heider, B - 43.525
Hein, E - 23.316, 53.307
Heinen, S - 16.530, 43.401
Heitz, R - 53.524
Heitz, RP - 16.541
Held, R - 41.25, 55.11
Henderson, JM - 52.13
Henning, B - 26.408
Henning, GB - 36.549
Henrie, A - 23.405
Henriksson, L - 34.15
Henriques, DY - 36.525
Henry, CA - 36.548
Héran, F - 23.546
Herbert, A - 52.16
Heron, S - 36.505, 36.506
Herrera, C - 16.545, 16.546
Herrmann, K - 42.25
Hervatin, M - 23.434
Herzog, M - 26.402, 26.541, 61.26
Herzog, MH - S4, 23.520
Hess, R - 23.424, 23.541, 23.542,
23.543
Hess, RF - 43.435
Hibbard, P - 33.521
Hibbard, PB - 26.518
Hibbeler, PJ - 26.412, 26.414
Hickey, C - 23.513
Hidaka, S - 43.321
Hidalgo-Sotelo, B - 35.23
Hilburn, S - 33.304, 56.436
Hill, H - 26.444
Hillstrom, A - 53.306
Hillyard, S - 33.534, 53.421
Hiris, E - 23.444
Hisakata, R - 43.330
72
VSS 2009 Program
Ho, C - 23.317
Ho, PK - 23.431
Hock, HS - 16.547
Hodsoll, J - 33.406
Hoff, G - 23.530
Hoffman, J - 24.22
Hoffman, JE - 36.321, 43.414, 56.504
Höfler, M - 53.442
Hogg, D - 52.17
Holcombe, A - S1, 22.13, 53.419,
53.525
Hollingworth, A - 63.430
Holloway, M - 36.517
Holloway, S - 43.518
Holloway, SR - 56.532
Holmes, T - 16.535
Holtz, S - 36.406
Hon, A - 36.432
Hong, S - 43.549
Hong, SB - 43.439
Hong, SC - 43.439
Hood, DC - S2
Hooge, I - 63.435
Hoogenboom, N - 16.542
Hooshvar, N - 33.440
Hoover, AE - 23.451
Hoover, S - 23.511
Horowitz, T - 26.542, 33.435, 53.404,
53.405, 53.545, 62.21, 62.27
Horsager, A - 23.537
Hou, C - 52.26
Hou, Y - 36.404
Howard, C - 52.17
Howard, IP - 36.507
Howe, P - 53.404, 53.405
Hsieh, P - 36.416, 61.21
Hsu, H - 56.502
Hsu, L - 33.531, 36.417
Hu, B - 23.314
Huang, A - 36.432
Huang, C - 53.316
Huang, E - 43.426
Huang, J - 62.26
Huang, L - 25.11
Huang, P - 26.409
Huang, S - 36.412
Huang, T - 26.545, 33.510
Huang, W - 33.413
Hubbard, TL - 43.325
Huber, E - 54.12
Hudson, TE - 43.530
Huebner, GM - 33.436
Huff, M - 53.414
Huh, E - 33.323
Huk, A - 32.14, 55.23
Huk, AC - 36.501
Hulleman, J - 63.434
Humayun, M - 23.537
Humphreys, G - 33.406, 34.11,
63.406
Humphreys, GW - 53.302
Hung, CP - 56.439
Hung, DL - 33.510
Hurlbert, A - 32.23, 36.443, 36.447
Husk, J - 34.22
Hussain, Z - 43.308
Hussey, E - 26.429, 26.438, 43.526
Husson, TR - 23.402
Hutton, SB - 52.22
Hutzler, F - 53.512
Huxlin, K - 56.527
Huxlin, KR - 23.544
Hwang, AD - 33.306
Hyun, J - 33.438
Hyvärinen, A - 34.15
Ian, H - 23.413
Iaria, G - 26.449
Ichihara, S - 36.512
Ichikawa, M - 36.528
Ihssen, N - 33.443
Ilg, W - 26.437
Im, HY - 53.450
Imura, T - 26.501, 36.512
Inoue, Y - 26.425
Intraub, H - 33.311
Inverso, S - 56.440
Iordanescu, L - 23.452
Ip, B - 26.533
Ireland, D - 26.524
Irwin, D - 56.510
Isa, T - 31.11
Ishii, M - 56.416
Ishizaki, J - 26.316
Issa, NP - 23.402
Issen, L - 53.433
Issolio, L - 26.311
Itakura, S - 63.319
Itier, R - 26.324
Itti, L - 16.521, 16.522, 26.320,
26.547, 51.16
Ivory, S - 26.305
J. Bennett, P - 43.321
Jackson, S - 26.419
Jacobson, JL - 36.513
Jacobson, SW - 36.513
Jacques, C - 56.308
Jahn, G - 53.414
Jain, A - 16.520, 43.314
Jain, R - 23.529
Jakobson, L - 56.505
Jakobson, LS - 26.454
James, A - 56.440
James, T - 23.443, 33.323
Jang, M - 16.514
Jankovic, D - 33.310
Jansma, B - 34.21
Jardine, NL - 53.407
Jarick, M - 33.417
Jarvstad, A - 36.521
Jazayeri, M - 22.17
Jefferies, LN - 31.25
Jehee, J - 33.403
Jenkin, H - 33.548, 55.14
Jenkin, M - 33.548, 55.14
Jennings, LR - 26.503, 56.417
Jennings, S - 33.507
Jensen, M - 33.439
Jeon, ST - 23.438
Jermakowicz, W - 23.406, 56.520
Jiang, F - 26.451, 34.24
Jiang, L - 26.303
Jiang, Y - 26.426, 33.445, 42.14,
53.327, 53.331, 53.539, 54.14,
56.543
Jin, Z - 43.401
Jingling, L - 33.413
Jo, S - 43.439
Johnson, A - 26.321, 26.412, 42.17,
43.406, 43.407, 56.420, 63.417
Johnson, J - 33.444
Johnson, JS - 36.320
Johnson, K - 63.314
Johnson, M - 53.426
Johnston, A - 23.305, 23.306, 52.23,
53.502, 53.506
Johnston, S - 56.534
Jolicoeur, P - 36.329
Jones, D - 56.510, 62.16
Jones, J - 26.550
Joo, EY - 43.439
Joordens, S - 63.431
Jordan, H - 43.449, 53.426, 53.427
Jordan, K - 23.450
Joseph, K - 26.541
Joubert, OR - 36.426, 41.23
Joubert, S - 33.329
Jouffrais, C - 36.421
Jovancevic, J - 53.444
Joyce, L - 36.509
Judge, M - 56.314
Jung-Beeman, M - 43.433
Juricevic, I - 23.535, 36.439, 56.448
Kaas, J - 33.536
Kaiser, M - 16.505
Kakigi, R - 26.441, 33.325
Kaldy, Z - 36.316
Kalia, AA - 43.512
Kaminiarz, A - 63.426
Kamitani, Y - 33.312, 33.535, 63.301
Kanai, R - 31.22, 33.527, 43.424,
62.14
Kanan, C - 16.533
Kanazawa, S - 26.441, 26.444,
26.502, 33.325, 36.442, 56.404
Kane, D - 52.27
Kang, P - 53.319
Kanwisher, N - 25.21, 25.22, 36.416,
42.23, 56.307, 56.437, 61.21
Kao, KC - 33.514
Kara, P - 35.13
Karnath, H - 26.437
Karnik, A - 43.525
Kaskan, P - 33.536
Kastner, S - 33.404
Katkov, M - 53.518
Kato, M - 43.404
Katyal, S - 55.23
Kaul, C - 53.417, 63.311
Kawachi, Y - 23.446
Kawahara, J - 26.546, 43.418, 53.536
Kawato, M - 61.24
Keane, BP - 24.12, 26.424, 53.411
VSS 2009 Program
Keetels, M - 36.405
Kehrer, S - 33.429
Keillor, J - 36.404
Kelley, T - 62.22
Kellman, P - 23.327, 23.416, 63.442
Kellman, PJ - 23.423, 24.12, 53.411
Kelly, DJ - 26.327, 26.328
Kelly, J - 63.405
Kelly, K - 23.510, 56.526
Kennedy, J - S1, 53.526
Keough, M - 36.529
Keough, MT - 33.411
Kerr, W - 34.14
Kersten, D - 53.520, 53.521, 54.22
Khan, A - 53.432
Khang, B - 26.304
Khawaja, FA - 35.11, 56.519
Khaytin, I - 23.406, 56.520
Khurana, B - 53.527
Kibbe, M - 63.436
Kihara, K - 43.418
Kim, D - 23.317, 31.12, 43.545
Kim, G - 33.314
Kim, J - 21.26, 36.414, 43.446,
43.539, 53.314
Kim, K - 33.315
Kim, S - 23.443, 33.323, 53.322,
53.529, 56.412
Kim, YJ - 26.413, 56.524
Kimchi, R - 33.423
Kimura, E - 26.309, 33.526, 53.318
King, JP - 26.452
Kingdom, F - 21.13, 23.304, 26.405,
56.402
Kingstone, A - 23.513, 26.548,
36.403, 53.443, 63.437
Kinka, D - 43.313
Kiorpes, L - 23.418
Kitazaki, M - 26.425, 33.523
Klein, S - 26.523, 43.304, 54.15
Kleinholdermann, U - 36.532
Klingenhoefer, S - 16.540
Klink, C - 26.525
Knapen, T - 32.12, 52.12, 53.330
Knight, E - 36.444
Knight, R - 36.444
Knill, D - 23.314, 53.433, 54.24
Knoblauch, K - S6, 56.509
Knöll, J - 53.504, 63.427
Ko, H - 43.412
Ko, L - 33.510
Ko, P - 53.409
Kobayashi, K - 36.539, 43.405
Kobayashi, M - 26.441, 26.444
Koch, C - 16.534, 21.24, 31.21,
33.401, 52.14, 53.424
Koehnlein, M - 33.429
Koh, HC - 56.507
Kohler, PJ - 23.312
Komaromy, AM - 56.438
Komine, H - 36.440
Komori, S - 56.416
Konar, Y - 33.327, 36.550
Kong, J - 33.314
Author Index
Königs, K - 63.426
Konkle, T - 25.13, 25.14, 53.309,
53.310
Konnova, K - 53.439
Körding, K - 33.538
Korn, HA - 25.17
Körner, C - 53.442
Kourtzi, Z - 56.423
Kovács, I - 23.420
Kowler, E - 16.529, 63.436
Koyama, T - 16.501
Kraft, A - 33.429, 33.430
Kramer, R - 26.435
Krauzlis, RJ - 56.525
Kravitz, D - 21.21, 53.313
Kriegeskorte, N - 21.22, 53.313
Krigolson, O - 43.533
Krueger, E - 43.329
Kryder, J - 26.418
Kuai, S - 24.13
Kubilius, J - 56.437
Kuefner, D - 51.26
Kugel, A - 53.412
Kumada, T - 26.546
Kumbhani, RD - 23.409, 35.12
Kunar, M - 53.540
Kunz, BR - 33.546
Kuo, W - 36.318
Kuriki, I - 36.442
Kuzmova, Y - 26.542, 35.26
Kwon, M - 36.540, 54.11
Kwon, O - 43.529
Kyllingsbæk, S - 16.518, 23.504,
36.315
Lacey, S - 56.410
Lachaux, J - 23.403
Lafargue, G - 33.501
Lages, M - 36.505, 36.506
Lai, A - 23.505
Lai, H - 36.318
Lalor, SJ - 26.417
Lamme, V - 23.534, 63.307
Lamme, VA - 36.330
Lamy, D - 56.541
Lanagan-Leitzel, LK - 63.440
Land, L - 23.535
Landau, A - 33.408, 36.402, 36.406,
53.429
Landau, AN - 23.521
Landau, B - 56.504
Landy, MS - 23.533, 36.518, 36.548,
43.530, 43.534
Lange, M - 43.325
Langley, K - 22.11, 36.541, 53.501
Lanyon, LJ - 26.449, 63.310
Lappe, M - 53.446, 63.425
Larson, A - 33.304, 56.436
Lashkari, D - 36.416
Lathrop, K - 26.453
Lau, H - 16.544, 43.426, 53.519
Lau, V - 53.438
Lauder, J - 16.542
Laurent, P - 23.411
Lauritzen, JS - 33.546
Lavie, N - 62.22
Lawrence, J - 36.526, 36.536
Lawton, T - 33.450
Layton, O - 33.511
Le Grand, R - 16.505
Le, A - 33.411, 36.529
Leão, E - 23.516
Leber, A - 43.416
Leber, AB - 55.26
Lee, A - 26.424, 36.511
Lee, H - 36.412
Lee, K - 26.440, 63.319
Lee, L - 23.540
Lee, M - 43.439
Lee, S - 32.13
Lee, Y - 26.445, 26.503, 36.530
Leek, C - 36.312, 36.314
Lefebvre, L - 36.513
Lefebvre, V - 36.541, 53.501
Legault, I - 26.432
Legge, G - 36.540
Legge, GE - 33.451, 33.453, 43.512
Leh, SE - 56.442
Leigh, RJ - 26.319
Lengyel, M - 16.536, 23.331
Lenkic, PJ - 33.447
Leonard, CJ - 43.419
Leopold, D - 23.412, 33.533
Lepore, F - 56.302
Lerner, Y - 26.516
Lescroart, M - 36.414, 43.446, 53.314
Lescroart, MD - 36.413
Lesmes, L - 32.11
Lesmes, LA - 43.317
Lester, B - 26.536
Leung, P - 43.409
Lev, M - 23.414, 43.535
Levi, D - 26.430, 26.523, 42.12,
43.304, 43.547, 43.548, 54.15
Levin, N - 23.538
Levine, M - 26.411, 53.522
Levinthal, B - 56.544, 56.547
Lewis, C - 23.444
Lewis, T - 23.438
Lewis, TL - 23.419, 43.542, 43.543
Li, A - 26.511
Li, CR - 16.523
Li, J - 36.529
Li, K - 23.536
Li, L - 43.517
Li, R - 23.328
Li, W - 24.13, 36.311, 53.530, 53.535
Li, X - 23.541
Li, Y - 23.522, 26.513, 63.402
Li, Z - 16.521, 36.302, 36.303
Liao, H - 26.316
Liebermann, D - 26.318
LiKamWa, R - 55.16
Likova, L - 32.15, 36.502
Lin, C - 33.510, 33.531, 36.417
Lin, J - 42.21, 43.413
Lin, L - 16.545, 16.546
Lin, ST - 23.540
Lin, W - 16.539, 33.510
Lin, Y - 33.413, 43.424
Lin, Z - 42.24
Linares, D - 22.13, 53.525
Linde, Iv - 36.319
Linden, D - 33.443, 56.534
Lindsey, D - 36.438
Lindsey, DT - 21.16
Ling, S - 63.306
Ling, Y - 32.23, 36.443, 36.447
Lipfert, A - 33.429
List, A - 33.415, 53.429
Liston, D - 51.11
Little, D - 23.420, 26.453
Liu, DT - 63.305
Liu, H - 54.14
Liu, J - 23.330, 23.416, 25.25, 43.450,
53.453, 54.16
Liu, S - 16.515
Liu, T - 42.14, 53.415
Liu, Z - 23.320, 56.418
Livesey, E - 43.421
Livitz, G - 21.14
Livne, T - 42.11
Lleras, A - 26.543, 56.544, 56.547,
56.548
Lloyd-Jones, T - 36.312
Lo, H - 63.428
Locheed, K - 36.536
Locklin, J - 36.537
Logan, G - 53.524
Logothetis, N - 23.412, 53.304
Logvinenko, A - 26.306, 41.14
Lohnas, L - 26.303
Lokken, C - 53.327
Longfield, D - 26.442, 63.325
López-Moliner, J - 33.516, 43.527
Loschky, L - 33.304, 33.446, 56.436
Loschky, LC - 56.434
Louw, S - 33.516
Lovell, PG - 23.525
Lovett, A - 16.524
Lu, H - 24.12, 26.424, 35.14, 36.511
Lu, J - 33.454
Lu, Z - 16.515, 23.328, 23.329,
23.330, 26.308, 43.305, 43.317,
53.316, 54.16, 63.409
Luaute, J - 53.432
Lubetzky, I - 43.447
Luck, S - 33.438, 53.537
Luck, SJ - 63.430
Ludwig, C - 43.408, 52.11
Lui, LL - 56.522
Luka, S - 26.301
Luo, A - 63.441
Luo, G - 53.440
Lupyan, G - 36.420
Lustig, A - 53.416
Luu, J - 26.430
Luyat, M - 33.501
Ly, R - 53.450
Ma, WJ - 53.544
Macdonald, J - 63.401
Macé, MJ - 34.25
MacEvoy, S - 21.25
73
Author Index
Mack, SC - 63.438
Macke, JH - S6, 56.327
MacKenzie, K - 43.307
MacKenzie, KJ - 26.528
Macknik, S - 53.445
Macknik, SL - 26.319
MacNeilage, P - 55.13
Macuda, T - 33.507
Maeda, S - 63.403, 63.404
Maehara, G - 23.542
Maertens, M - 53.447
Mahon, B - 32.26
Maier, A - 23.412, 33.533
Maij, F - 63.429
Majaj, N - 35.17
Majaj, NJ - 35.12
Makovski, T - 33.445, 53.539, 56.543
Malach, R - 56.304
Malania, M - 56.509
Malfait, N - 33.549
Malik, J - 26.506
Maloney, L - 22.27, 36.519, 53.435,
61.16
Maloney, LT - S6, 24.15, 36.520
Mamassian, P - 23.311, 26.401,
26.509, 36.519, 53.326
Manassi, M - 43.319
Mancarella, MA - 56.522
Mance, I - 53.415
Mandegary, S - 36.542
Mander, C - 36.404
Manescu, S - 43.501
Maniscalco, B - 16.544, 43.426
Mansouri, B - 23.542
Maraj, A - 36.524
Marcos, S - 42.16
Mareschal, D - 54.23
Mareschal, I - 36.411
Marino, A - 23.514
Marino, F - 53.514
Marino, R - 51.16
Marion, R - 23.406, 56.520
Markovic, S - 33.310
Markowitz, J - 36.422, 36.425
Marois, R - 31.24, 36.323, 36.329,
36.332, 55.25, 56.535
Marotta, J - 36.526, 36.531, 36.536
Marsman, JC - 21.12
Martha, K - 56.306
Martin, A - 22.23
Martin, B - 33.316
Martin, PR - S2
Martin, T - 23.544, 56.527
Martinez-Conde, S - 26.319, 53.445,
63.419
Martinez-Trujillo, J - 53.417
Martinez, A - 33.534, 53.421
Martinez, AM - 56.315
Martini, P - 53.528
Maruya, K - 23.302, 26.312
Marzocchi, N - 55.17
Masakura, Y - 36.528
Masson, G - 23.410
Mast, F - 61.26
74
VSS 2009 Program
Masuda, A - 26.312
Mather, G - 52.24
Mathewson, K - 16.543
Matin, E - 53.535
Matin, L - 36.311, 53.530, 53.535
Matsumiya, K - 43.320
Matthews, N - 63.405
Matthis, J - 33.513
Matthrews, S - 52.15
Maurer, D - 23.419, 23.438, 43.542,
43.543
Maus, GW - 52.22
May, K - 23.424
Maybery, M - 63.443
Mayer-Brown, S - 23.506
Mayer, KM - 56.530
Mayo, JP - 63.416
Mayo, S - 26.512
Mazer, J - 23.514, 24.24
McAnany, J - 26.411
McAnany, JJ - 53.522
McBeath, M - 43.518
McBeath, MK - 56.532
McBride, TR - 26.503
McCann, B - 23.523
McCarley, JS - 63.412
McCarthy, G - 32.17, 63.313
McCarthy, R - 33.330
McCollough, A - 53.452
McCourt, ME - 23.449
McDaniel, J - 22.23
McDermott, KC - 56.451
McGovern, D - 56.403
McIlreavy, L - 63.444
McIntosh, R - 61.13
McKone, E - 22.22, 51.21, 56.317
McLaughlin, J - 56.421
McMahon, M - 23.537, 43.510
McMains, S - 33.404
McNamara, T - 43.508
Meade, R - 56.425
Mechler, F - 23.407
Medina, JM - 56.447
Mednick, S - 33.445
Meek, B - 36.536
Mei, M - 56.516
Mel, B - 23.529
Melcher, D - S4, 62.24
Melmoth, DR - 63.420
Mendel, J - 26.421
Mendelson, J - 16.514
Mendez, R - 16.507
Mendola, JD - 33.529
Mendoza, D - 53.417
Meng, M - 21.23, 22.26, 56.407
Menneer, T - 26.549, 33.330, 33.332,
53.542
Mennemeier, M - 43.506
Mergenthaler, K - 43.410
Merriman, W - 36.308
Meso, A - 23.303
Mestry, N - 33.330
Metta, G - 33.517
Mettler, E - 23.327, 53.411
Mevorach, C - 33.406, 33.407
Meyer, T - 33.432
Meyerhoff, HS - 53.414
Meyerhoff, K - 33.410
Meyers, A - 36.430, 56.321
Meys, M - 21.22
Michel, M - 51.15
Michod, KO - 33.311
Miellet, S - 26.327, 26.328, 63.320
Mikellidou, K - 54.27
Miles, F - 51.13
Milne, E - 56.507
Milne, J - 43.532
Milosavljevic, M - 16.534
Mingione, C - 26.515
Mingolla, E - 21.14, 26.310, 53.422
Minini, L - 33.528
Mirabal, A - 33.326
Mitchell, J - 55.21, 55.22
Mitchell, P - 63.418
Mitroff, S - 23.450, 43.425
Mitroff, SR - 23.453
Miyahara, E - 56.441
Miyawaki, Y - 63.301
Miyazaki, Y - 33.543
Mizokami, Y - 36.433, 56.443, 56.451
Moher, J - 23.501, 63.414
Mojica, A - 33.423
Mon-Williams, M - 36.530, 53.532,
53.533
Monaco, S - 36.533
Mondloch, C - 26.442, 56.313,
63.325
Mondloch, CJ - 56.322
Monnier, P - 53.538
Montagna, B - 42.22
Montagnini, A - 33.449
Montaser-Kouhsari, L - 23.436
Moore, C - 43.441, 53.320
Moore, CM - 23.316, 53.307, 53.308,
63.440
Moore, K - 36.515
Moore, KS - 23.505, 26.421
Moore, Z - 36.308
Moradi, F - 16.511
Morand, SM - 16.537
Morash, V - 43.440
Mordkoff, J - 36.409
Morgan, M - 36.411
Morgan, MJ - 63.420
Morgenstern, Y - 26.504
Morland, A - 25.23
Morris, N - 56.517
Morrone, C - S1
Morrone, MC - 63.427
Morvan, C - 53.435
Moscoso Del Prado, F - 33.449
Moscovitch, M - 26.445
Mossbridge, J - 23.447
Most, SB - 36.321, 43.414
Motoyoshi, I - 23.522, 26.405, 26.444
Moulin, M - 33.502
Moulson, M - 51.24, 56.406, 56.407
Mounts, JR - 63.412
Movshon, JA - 23.409, 35.12, 35.17
Mozgova, O - 26.420
Muckle, G - 36.513
Mueller, H - 43.531
Mullen, K - 43.327
Mullen, KT - 56.442, 56.447
Mulligan, JB - 53.531
Mullin, C - 23.510, 56.526, 56.540
Mullins, EM - 56.417
Mundhenk, T - 16.522
Munoz, D - 26.320, 51.16
Mur, M - 21.22
Murakami, I - 23.313, 36.539, 43.330
Murakoshi, T - 63.410
Murphy, K - 56.510, 62.16
Murray, J - 56.314
Murray, RF - 26.504
Murray, S - 42.21, 43.413, 56.421
Murray, SO - 56.422
Muthukumaraswamy, S - 33.414,
53.526
Myles, K - 23.547
Naber, M - 53.325, 53.449
Nagai, M - 43.321
Nagy, A - 63.403, 63.404
Nah, G - 23.540
Naili, F - 56.433
Naito, S - 43.405
Nakano, L - 23.522
Nakashima, R - 33.308
Nakata, R - 33.331
Nakato, E - 26.441, 33.325
Nakauchi, S - 26.425, 36.440
Nakayama, K - 26.447, 32.26,
33.317, 63.316, 63.318
Nandakumar, C - 26.506
Nandy, A - 23.430
Nanez, J - 61.24
Narain, D - 43.528
Narang, S - 23.515, 26.535
Narasimham, G - 33.519
Nardini, M - 54.23
Navalpakkam, V - 16.534, 52.14,
53.544, 53.545
Nawrot, M - 36.509
Nefs, H - 36.508
Nefs, HT - 36.503
Neill, WT - 63.402
Nelson, S - 55.16
Neumann, H - 23.323
New, JJ - 24.23
Nguyen, H - 56.444
Ni, R - 23.326, 56.514, 56.515
Nicholas, S - 36.502
Nicholls, M - 23.434
Nichols, D - 33.322
Niehorster, D - 36.510
Nielsen, S - 43.420
Niemeier, M - 33.411, 36.529,
43.537, 53.420
Niimi, R - 23.518
Nijboer, T - 33.437
Nijboer, TC - 63.421
Nijhawan, R - 52.22
VSS 2009 Program
Nirenberg, S - S5
Nishida, S - S4, 22.14, 22.15, 23.301,
23.302, 23.522, 43.404, 53.502
Nishimoto, S - 56.531
Nishimura, A - 43.310
Nishimura, M - 26.446
Nishina, S - 26.508, 31.12, 61.24
Nobre, A - 56.542
Noest, A - 26.525
Nolan, J - 36.441
Norcia, A - 34.13, 34.16, 52.26
Nordfang, M - 23.504
Nori, F - 33.517
Norman, HF - 26.503
Norman, JF - 26.503, 26.527, 56.417
Norman, K - 43.441
Nothelfer, CE - 36.450
Noyes, J - 43.540
Nyssen, A - 33.434
O’Brien, J - 41.25, 43.429, 43.430
O’Connor, P - 63.402
O’Hara, LH - 26.421
O’Hare, L - 36.508
O’Herron, P - 33.428
O’Kane, L - 33.521
O’Kane, LM - 26.518
O’Moore, MB - 23.505
O’Neil, SF - 56.451
O’Shea, J - 54.25
Ody, C - 53.519
Offen, S - 56.533
Ogiya, M - 43.310
Ögmen, H - 23.520
Ogmen, H - 26.541
Ohiorhenuan, I - 23.407
Ohtsu, K - 43.516
Okada, M - 23.313
Oki, M - 42.27
Olds, E - 26.550
Olejarczyk, J - 23.519, 24.21, 63.413
Oliva, A - 25.13, 25.14, 33.301,
33.307, 35.23, 41.24, 53.309,
53.310
Oliver, R - 63.302
Olivers, C - 55.27
Olk, B - 36.403
Olkkonen, M - 36.445
Olman, C - 63.312
Olzak, LA - 26.412, 26.414
Ong, J - 23.540
Ong, WS - 33.440
Ooi, TL - 36.305, 53.323, 53.329
Or, CC - 56.310
Orbán, G - 16.536, 23.331
Ortega-Torres, L - 23.447
Ortega, L - 53.515
Oruc, I - 22.24, 56.305
Osada, Y - 33.331, 63.410
Osborn, A - 16.538
Ostendorf, F - 26.318
Osterhout, L - 56.421
Ostrovsky, Y - 56.407
Osugi, T - 26.546
Otero-Millan, J - 26.319, 53.445
Author Index
Otsuka, Y - 26.441, 26.444, 56.404
Otto, TU - 23.520
Owens, DA - 16.538
Owens, J - 43.505
Owlia, A - 43.449
Oxley, DC - 21.12
Ozkan, K - 24.14
Pack, C - 23.543, 52.25
Pack, CC - 35.11, 56.518, 56.519
Padmanabhan, G - 23.528
Paffen, C - 53.324, 62.14
Pagano, S - 26.520
Pageau, M - 26.526
Pai, D - 16.528
Paleja, M - 26.445
Palermo, R - 16.512
Paller, KA - 16.502
Palmer, E - 63.442
Palmer, S - 24.11, 36.451, 41.26
Palmer, SE - 36.448, 36.449, 36.450,
36.452, 41.16
Palmeri, T - 36.424, 53.524
Palmeri, TJ - 43.312
Palomares, M - 34.13
Pan, S - 36.543
Panagopoulos, A - 23.516
Pannasch, S - 43.406, 53.437
Papathomas, T - 16.520, 53.321
Paras, C - 56.321
Parasuraman, R - 26.429, 36.401,
43.526, 53.421
Pardhan, S - 36.319
Paré, DE - 63.431
Pariyadath, V - 22.16
Park, D - 43.445
Park, J - 26.316, 56.320
Park, KM - 43.439
Park, S - 33.301, 41.24, 43.549
Parker, A - 26.533, 33.528
Parkes, L - 21.12
Parkinson, J - 53.527
Parra, L - 63.441
Parush, A - 33.507
Pascual-Leone, A - 52.21
Passingham, RE - 16.544
Pasternak, T - 56.522
Pastukhov, A - 26.517
Patel, A - 43.543
Patrick, C - 53.331
Paul, R - 26.505
Paul, S - 53.521
Pavan, A - 43.319
Payne, H - 33.405
Pearson, J - 63.306
Pechenkova, E - 23.519, 53.508
Pedersen, M - 36.435
Pedersini, R - 26.542, 53.545
Pegna, A - 36.314
Peirce, J - 56.403
Peissig, J - 33.318
Pelc, T - 43.447
Peli, E - 25.22, 53.440
Pelli, D - 36.418
Pelli, DG - 23.439, 32.21
Pelz, J - 52.16
Peng, P - 43.508
Peng, S - 26.505
Pereira, A - 52.15
Peretz, I - 43.443
Perez, C - 63.303
Pernet, C - 34.22
Perona, P - 52.14, 53.545
Perreault, A - 56.501, 56.506
Perrone, JA - 56.525
Perry, C - 23.308
Persuh, M - 26.313
Pestilli, F - 42.22
Peters, A - 43.509
Peters, J - 34.21
Petersen, A - 16.518, 33.441, 43.420
Peterson, M - 33.423
Peterson, MA - 33.422
Peterson, MF - 51.23
Peterzell, D - 33.545
Petit, G - 43.518
Petrov, A - 43.301, 43.302, 43.303
Petry, H - 63.309
Peyrin, C - 63.303
Phelps, E - 36.408
Philbeck, J - 43.506
Philbeck, JW - 43.513
Phillips, F - 26.503, 33.511
Phillips, S - 34.23
Phillipson, G - 26.521
Phinney, R - 53.317
Pierce, L - 56.306
Pierce, R - 33.524
Pietta, I - 32.23, 36.443
Pilly, P - 23.322, 52.25
Pilz, K - 26.431, 53.430
Pilz, KS - 43.322
Pins, D - 23.437
Pinto, J - 56.510
Pinto, N - 51.24
Pinto, Y - 26.542, 53.405, 62.27
Pisella, L - 53.432
Pistchik, M - 43.431
Pitcher, D - 56.307
Pitts, M - 33.534
Pizlo, Z - 16.529, 43.529
Ploner, C - 26.318
Poggel, DA - 43.545
Poggesi, RM - 36.449
Poggio, T - 21.24, 53.550
Poirier, F - 43.546
Polat, U - 23.414, 33.532, 43.535
Poletti, M - 43.411, 43.412, 51.14
Pollmann, S - 53.447
Pollock, W - 56.436
Pomplun, M - 33.306, 36.544,
43.534, 53.440, 53.514, 62.13,
63.419, 63.428, 63.439
Post, RB - 23.435
Potolicchio, S - 43.506
Potter, M - 26.427
Potter, MC - 23.519, 24.21, 63.413
Pouget, A - 23.328, 53.544
Pouget, P - 36.327
Poulter, D - 33.506
Pournajafi-Nazarloo, H - 16.514
Pozzo, T - 33.517
Pratt, J - 26.326, 43.442, 56.537
Preston, T - 56.423
Prins, N - 23.325
Prinzmetal, W - 23.507, 23.521,
33.408, 36.402, 36.406
Proffitt, D - 36.306
Ptito, A - 56.442
Pun, C - 23.517, 33.447, 43.442
Punzi, G - 24.16
Purcell, B - 53.524
Purcell, C - 33.506
Puri, A - 53.546
Purington, J - 52.16
Purpura, K - 23.407
Purushothaman, G - 23.406
Putzeys, T - 26.302
Pylyshyn, Z - 53.412, 53.413
Qi, X - 33.432
Qian, N - 56.323
Raabe, M - 63.415
Racey, C - 25.23
Radoeva, P - 63.302
Radonjic, A - 26.303, 41.11
Rafal, R - 26.315, 33.415
Rahnev, D - 43.426
Rainville, P - 16.510
Rainville, S - 33.427, 53.503
Raj, A - 23.433
Ramachandra, C - 23.529
Rambeau, RS - 21.16
Ramon, M - 43.444
Rangel, A - 16.534, 52.14
Rashal, E - 23.432
Rastgardani, T - 53.438
Raudies, F - 23.323
Ravikumar, S - 42.16
Rayani, T - 33.442
Raymond, J - 26.544, 33.442, 43.429,
43.430, 56.542
Raz, N - 23.538
Read, J - 33.520
Reddy, L - 21.24, 42.23
Rees, G - 23.321, 26.314, 26.520,
63.311
Reeves, A - 36.434, 43.401
Reichow, A - 63.423
Reijnen, E - 26.542
Reingold, E - 53.441
Reiss, JE - 43.414
Renzi, L - 22.12
Reppa, I - 36.314
Ress, D - 55.23
Revia, R - 16.525
Reynaud, A - 23.410
Reynolds, J - 55.21, 55.22
Rhim, J - 33.315
Rhodes, G - 63.323
Rhodes, MG - 56.325
Richard, A - 23.543
Richard, B - 43.407
Richard, G - 36.421
75
Author Index
Richards, E - 56.540
Richler, J - 34.23
Rider, A - 23.305
Riebe, C - 26.325
Riecke, B - 43.508
Riecke, BE - 33.547
Rieser, J - 33.519
Rieser, JJ - 33.547
Riley, S - 36.441
Ringbauer, S - 23.323
Rios, C - 23.319, 62.15
Rislove, E - 43.547
Ristic, J - 33.412, 43.434
Rivera, S - 56.503
Rizzo, JF - 43.545
Ro, T - 16.543, 26.313, 33.542
Robbins, R - 56.319
Roberts, M - 36.314
Robertson, L - 26.531, 33.408,
53.429, 56.419
Robertson, LC - 23.521
Robitaille, N - 36.329
Roddy, G - 26.428
Rode, G - 53.432
Rodrigues, A - 23.511
Rodríguez-Herreros, B - 43.527
Roe, A - 33.536, 35.14
Roe, AW - 33.402
Roether, C - 26.435
Rogers, B - 36.424, 62.11
Roggeveen, A - 53.430
Rogowitz, B - 53.454
Rohde, M - 33.544
Rokem, A - 36.402
Rokers, B - 32.14, 36.501
Rolfs, M - 32.12, 52.12
Roorda, A - S2
Rose, LT - 63.419
Rosen, H - 43.438
Rosen, S - 23.427
Rosenau, BJ - 62.23
Rosenberg, A - 23.402
Rosenholtz, R - 23.433, 32.22, 35.24
Rosset, D - 16.508
Rossetti, Y - 53.432
Rossion, B - 26.443, 26.451, 33.329,
34.24, 43.444, 51.25, 51.26,
56.308
Rossit, S - 61.13
Roth, E - 56.443
Roth, J - 43.427
Rothkopf, C - 23.531
Rothwell, JC - 16.544
Rotshtein, P - 53.302
Roudaia, E - 36.550, 43.322
Roumeliotis, G - 62.16
Rounis, E - 16.544
Rousselet, G - 34.22, 34.26, 63.322
Rovet, J - 23.539
Roy, C - 16.510
Roy, S - 43.443
Royden, C - 36.515, 36.517
Roytman, M - 33.309
Rubin, G - 25.23
76
VSS 2009 Program
Rubin, N - 26.516, 33.313, 53.447,
56.524
Rucci, M - 43.411, 43.412, 51.14
Rudd, ME - 41.12
Ruff, A - 36.302
Ruff, C - 23.321
Ruiz, MJ - 36.426
Runeson, E - 56.421
Rushton, S - 31.15, 36.516, 36.521
Russell, R - 26.447, 33.317
Rust, NC - 35.15
Rutherford, H - 43.429, 43.430
Rutherford, MD - 26.433
Ryan, J - 26.324
Saarela, T - 26.402
Saber, GT - 35.12
Sadi, R - 43.501
Safford, A - 26.429, 43.526
Sagi, D - 42.11, 53.518, 61.25, 62.17
Said, C - 43.441
Saiki, J - 33.305, 53.419, 55.12
Saint-Amour, D - 26.526, 36.513
Sajda, P - 63.441
Sakai, K - 33.535, 42.27
Sakai, S - 56.503
Sakurai, K - 23.446
Salemme, R - 53.432
Salvagio, E - 33.422, 33.423
Sanders, T - 53.534
Sandini, G - 33.517, 33.537
Sanocki, T - 36.453, 56.432
Santos, A - 16.508
Saoud, W - 26.550
Sapkota, R - 36.319
Sasaki, Y - 23.326
Sato, M - 56.416, 63.411
Saunders, J - 36.510
Saunders, R - 63.445
Savina, O - 26.322
Sawada, T - 26.502, 26.514
Sawahata, Y - 33.312
Sawayama, M - 26.309
Sawides, L - 42.16
Sayres, R - 25.26, 43.437, 63.308
Scalf, P - 56.535
Scarfe, P - 23.306
Schall, J - 53.524
Schall, JD - S5, 16.541
Scharff, L - 43.536
Scheel, M - 26.449, 63.310
Schendel, K - 53.429
Schiltz, C - 34.21
Schinstine, C - 56.410
Schirillo, J - 41.13
Schlaghecken, F - 53.528
Schloss, K - 24.11, 36.451
Schloss, KB - 36.448, 36.449, 36.450,
36.452, 41.16
Schluppeck, D - 56.533
Schmid, A - 23.407
Schmid, AM - 23.408
Schmidt, J - 35.25, 53.541
Schneider, KA - 33.530
Schneider, W - 53.432
Schneps, M - 63.419
Schnitzer, B - 16.529
Schofield, A - 26.505, 53.302
Scholey, H - 53.306
Scholl, BJ - 24.23, 32.17, 33.425,
41.22, 53.401, 63.313
Scholte, H - 23.534
Scholte, HS - 36.330, 63.307
Schönwiesner, M - 56.442
Schoonveld, W - 53.547, 63.438
Schor, C - 63.424
Schor, CM - 53.507
Schrater, P - 31.13, 53.520, 54.22
Schrater, PR - 24.15, 43.512
Schumacher, J - 63.312
Schütz, AC - 43.323, 43.403, 53.431
Schwartz, N - 56.301
Sciutti, A - 33.517
Scolari, M - 36.325
Scott-Samuel, N - 26.422
Secen, J - 23.317
Sedda, A - 36.533
Seiffert, A - 53.408, 53.409, 53.410
Seiffert, AE - 53.406, 53.407
Seirafi, M - 16.503
Seitz, A - 23.322, 43.309, 52.25
Sekuler, A - 26.431, 34.22, 43.308,
53.430, 56.513
Sekuler, AB - 23.307, 26.452, 33.327,
36.550, 43.322, 56.511, 56.512
Sekuler, R - 53.422, 62.26
Sekunova, A - 33.321
Senkfor, AJ - 33.504
Sensenig, AE - 56.325
Serences, J - 36.331
Serences, JT - 36.325
Seror, G - 63.402
Serra, A - 26.319
Serrano-Pedraza, I - 26.521, 53.445
Serre, T - 21.24, 26.427, 53.550
Serwe, S - 33.538
Seydell, A - 54.24
Seymour, B - 23.321
Seymour, K - 53.304
Sezikeye, FX - 26.307
Shadlen, MN - 22.17
Shalev, L - 33.406, 33.407
Shamp, HA - 21.16
Shannon, R - 53.331
Shapiro, A - 26.308
Shapiro, K - 33.414, 33.442, 33.443,
56.534, 56.542
Shapley, R - 23.405, 53.447
Shapley, RM - 23.404
Sharan, L - 32.22
Sharma, J - 21.23
Shavit, A - 36.311
Shaw, A - 23.303
Sheehan, S - 53.532, 53.533
Sheliga, B - 51.13
Shelton, J - 43.529
Shelton, P - 36.536
Shen, H - 52.15
Shen, YJ - 63.432
Sheremata, S - 56.546
Sheth, B - 53.505, 56.444
Shevell, S - 21.15, 24.16, 36.446,
53.319, 56.445, 56.449, 56.452
Shiffrar, M - 23.448
Shigemasu, H - 33.523
Shim, WM - 25.21
Shimamura, AP - 23.521
Shimojo, E - 26.316, 56.320
Shimojo, S - 26.316, 36.546, 56.320
Shimozaki, S - 63.445
Shin, E - 36.328
Shin, K - 26.538
Shinomori, K - 36.440
Shioiri, S - 43.310, 43.320
Shirai, N - 26.501, 36.512
Shomstein, S - 23.506, 53.425
Short, L - 56.313, 63.325
Shroff, G - 33.326
Siddiqui, AP - 23.515, 26.535
Siderov, J - 43.544
Siegel, E - 36.534
Siegel, RM - 43.525
Silbert, N - 33.332
Silvanto, J - 52.21
Silver, M - 33.408, 36.402, 42.26
Silverstein, S - 23.420, 26.453
Simic, N - 23.539
Simmering, V - 33.444
Simoncelli, EP - 23.533, 35.17
Simons, D - 33.439, 33.542
Sinakhonerath, L - 26.421
Singh, K - 33.414, 53.526
Singh, M - 16.529, 26.403, 54.21,
56.411
Singh, VW - 43.537
Sinha, P - 21.23, 22.26, 43.440, 51.24,
56.406, 56.407
Sinitsyna, M - 53.508
Siwinska, K - 56.448
Skinner, AL - 56.324
Skinner, R - 43.506
Sligte, IG - 36.330
Smeets, J - 33.516, 43.527, 63.429
Smeets, JB - 33.515
Smerchek, S - 56.436
Smeulders, A - 23.534
Smilek, D - 56.539
Smith, A - 25.27
Smith, AT - 32.16
Smith, L - 52.15, 53.529
Smith, M - 56.431
Smith, P - 33.318
Smitherman, E - 33.316
Snapp-Childs, W - 43.316
Snyder, A - 55.25
Snyder, K - 16.525
Sohn, W - 32.13
Solman, G - 56.539
Solomon, J - 36.411
Somers, D - 56.546
Sommer, MA - 63.416
Song, S - 43.548
Song, Y - 25.25, 43.450
VSS 2009 Program
Sosa, Y - 23.449
Spang, K - 33.430
Spelke, ES - 56.437
Spencer, J - 26.452, 33.444
Spencer, JP - 36.320
Spering, M - 43.403, 62.13
Sperling, G - 26.530, 43.326
Spillmann, L - 53.448
Spolaore, E - 26.520
Sprague, T - 53.510
Squire, P - 36.401
Srinivasan, G - 26.416
St.Clair, R - 53.406
Stamoulos, C - 63.417
Stanley, D - 36.408
Starr, GG - 33.313
Steelman-Allen, KS - 63.412
Steeves, J - 23.510, 56.526
Steeves, JK - 23.451
Stefanucci, J - 36.534, 43.511
Stepanov, V - 43.423
Stephens, T - 53.307, 53.308
Sterkin, A - 23.414, 33.532
Stevenson, J - 16.538
Stevenson, R - 23.443
Stevenson, S - 56.444
Stevenson, SB - 53.531
Stocker, AA - 35.17
Stoesz, BM - 26.454
Stojanoski, B - 33.411, 53.420
Stone, L - 51.11
Stransky, D - 33.525
Streeter, K - 23.325
Striemer, C - 61.12
Strnad, L - 32.26
Stroud, MJ - 53.542
Stroyan, K - 36.509
Stubbs, CS - 23.417
Stubbs, DA - 23.417
Stuit, S - 53.324
Su, X - 56.411
Su, Y - 53.323, 53.329
Sugihara, H - 21.23
Sullivan, B - 16.525, 16.532
Sullivan, K - 26.317
Sulman, N - 36.453, 56.432
Sun, E - 43.515
Sun, H - 36.428
Sun, Y - 56.452
Sundberg, K - 55.21, 55.22
Sur, M - 21.23
Suresh, N - 56.406
Susilo, T - 22.22
Susmaras, T - 23.420, 26.453
Susskind, J - 22.25
Sutherland, A - 33.416
Suzuki, A - 43.445
Suzuki, S - 16.502, 23.447, 23.452,
43.409, 53.515, 56.409, 56.524
Svarverud, E - 36.301
Swallow, K - 56.543
Sweeny, T - 56.409
Sweeny, TD - 16.502
Swindle, JM - 56.417
Author Index
Swingley, D - 36.420
Sy, J - 43.434
Szinte, M - 43.324
Szymanek, L - 61.13
Tadin, D - 43.549, 52.21, 56.518
Tadros, K - 33.452
Tailby, C - 35.17
Tajima, S - 23.313
Takahashi, C - 33.550
Takaura, K - 31.11
Takeda, Y - 43.418
Takei, S - 22.14
Takemura, H - 23.313
Takeuchi, T - 23.522
Talsma, D - 55.27
Talvitie, P - 63.325
Tan, C - 53.550
Tan, D - 23.540
Tanaka, J - 16.505, 56.306, 63.321
Tanaka, K - 33.526
Tang, Z - 56.416
Tanifuji, M - 23.518
Tanigawa, H - 33.402
Tanner, T - 23.422
Tapia, E - 26.537, 53.303
Tarampi, MR - 43.538
Tartaglia, E - 61.26
Taschereau-Dumouchel, V - 16.510
Tatam, S - 53.525
Tavashmi, R - 26.448
Taylor, M - 53.327
Taylor, N - 56.505
Tchernikov, I - 26.532
te Pas, S - 26.510
Terao, M - 26.312, 43.404
Thaler, L - 43.522
Theeuwes, J - 23.452, 23.513, 55.27
Thibos, L - 42.16
Thilo, KV - 32.16
Thirkettle, M - 26.422
Thomas, J - 23.448
Thomas, L - 53.408
Thomas, P - 33.501
Thompson-Schill, S - 36.420
Thompson, B - 23.320, 23.541,
23.542, 23.543, 43.435
Thompson, J - 26.420, 26.429,
26.438, 43.526
Thompson, P - 54.27
Thompson, WB - 33.546, 43.538
Thomson, K - 26.442
Thornton, IM - 63.317
Thorpe, SJ - 32.27, 34.25, 41.23
Thurman, S - 26.423
Tian, M - 25.25
Tibber, MS - 63.420
Tien, Y - 33.531, 36.417
Tillman, K - 36.418
Tillman, KA - 32.21
Tjan, B - 23.320, 23.425, 23.430
Tjan, BS - 25.24, 42.15
To, MP - 23.525
Todd, J - 36.329, 36.332, 54.26, 55.25
Todd, JT - 43.522, 56.315
Todorov, A - 43.441
Todorovic, D - 26.507
Tokunaga, R - 26.306, 41.14
Tolhurst, DJ - 23.525
Tong, F - 25.16, 33.403
Tong, J - 43.331
Tong, M - 16.533
Torralba, A - 26.506, 35.23
Torralbo, A - 33.303, 53.416
Toth, LJ - 43.545
Townsend, J - 33.332
Treisman, A - 53.312, 56.408
Tremblay, L - 36.527
Triesch, J - 23.531
Troiani, V - 26.303
Troje, N - 26.428, 26.434
Troje, NF - 26.432, 26.433, 43.318
Trommershaeuser, J - 26.540
Trommershäuser, J - 33.538, 36.518,
36.519, 54.24
Troncoso, X - 26.319, 53.445
Troscianko, T - 23.525, 52.17
Troup, LJ - 56.325
Trukenbrod, HA - 53.436
Truong, S - 21.21
Trzcinski, N - 56.504
Tsai, C - 33.413
Tsal, Y - 26.534
Tse, P - 51.12, 56.528
Tse, PU - 23.312
Tseng, B - 56.438
Tseng, C - 31.22, 43.326, 43.424
Tseng, P - 26.320, 61.11
Tseng, Y - 16.523
Tsirlin, I - 26.522, 62.12
Tsotsos, J - 16.516
Tsotsos, LE - 23.307
Tsuchiya, N - 16.511, 23.412, 53.424
Tsuchyia, N - 21.24
Tsui, J - 56.518
Tsui, JM - 35.11, 56.519
Tsuruhara, A - 26.502
Tsutsui, K - 43.310
Tucker, CR - 43.544
Tuerk, A - 25.12
Tufail, A - 25.23
Tull, M - 53.306
Turgeon, C - 43.406
Turk-Browne, NB - 25.17, 33.425
Twedt, E - 36.306
Tyler, C - 32.15, 36.502
Tyrrell, RA - 26.421
Tyson, A - 63.314
Uchikawa, K - 56.446, 63.411
Ueda, S - 16.501
Ueda, Y - 55.12
Umemoto, A - 36.326
Unuma, H - 23.423
Usher, M - 33.426
Uta, W - 36.520
V. Papathomas, T - 53.428
Vaknin, A - 23.538
Van Belle, G - 51.25
van Boxtel, JJ - 31.21
van Dam, L - 43.528, 56.427
Van der Burg, E - 55.27
van der Kooij, K - 26.510
van der Linde, I - 56.312
van der Smagt, M - 33.437
Van der Stigchel, S - 63.421
van Ee, R - 26.519
Van Ee, R - 33.527
van Ham, F - 53.454
Van Horn, N - 43.303
van Koningsbruggen, M - 26.315
van Wezel, R - 26.525
Vanderbyl, B - 23.317
VanDerKlok, R - 23.443
vanEe, R - 56.424
Vangkilde, S - 24.25
VanHorn, DR - 36.431
Vanni, M - 63.309
Vanni, S - 34.15
VanRullen, R - 35.16, 42.23, 53.513,
63.401
VanVleet, T - 53.429
Varakin, DA - 33.446
Varshney, R - 23.304
Vasudevan, H - 36.546
Vaziri Pashkam, M - 63.433
Vecera, S - 23.502, 33.424
Veenemans, A - 23.428
Velichkovsky, B - 53.437
Velisavljevic, L - 32.25
Verfaillie, K - 51.25
Verghese, P - 53.548
Verstraten, F - 53.324, 63.435
Vessel, EA - 33.313
Vetter, P - 26.520
Vickery, TJ - 54.13
Victor, J - 23.407
Victor, JD - 23.408
Vida, MD - 56.322
Vilayphonh, M - 23.546
Villeneuve, M - 63.309
Vinberg, J - 43.437
Vinski, M - 43.431
Vishton, C - 23.524
Vizioli, L - 34.26, 63.322
Vlaskamp, B - 56.413
Vo, ML - 52.13
Vogel, E - 23.512, 53.452
Vogel, EK - 36.322, 62.21
Vogels, W - 56.534
Volcic, R - 53.446
Von Der Heide, R - 16.504, 23.324,
56.405
von der Heydt, R - 33.428, 34.12
von Grunau, M - 23.516
von Grünau, M - 26.321, 43.501
von Muhlenen, A - 23.508
von Mühlenen, A - 33.421
Vroomen, J - 36.405
Vu, A - 56.531
Vul, E - 36.416, 61.21
Vuong, QC - 56.530
Vurro, M - 36.443, 36.447
Wable, G - 36.543
77
Author Index
Wachtler, T - 16.540
Wagatsuma, N - 42.27
Wagemans, J - 26.302
Wagner, K - 55.15
Wagoner, G - 33.451, 33.453
Wake, T - 33.543
Walker Renninger, L - 16.527
Walker, E - 53.443
Walker, P - 36.534
Wall, MB - 32.16
Walsch, V - 43.424
Walsh, V - 31.22, 33.527, 56.307
Walther, D - 33.302, 33.303
Walther, DB - 56.430
Wandell, B - 25.26, 63.308
Wang, H - 33.306
Wang, L - 36.321, 43.414
Wang, S - 31.22
Wang, Z - 63.319
Wann, J - 31.14, 33.506, 33.508,
33.518, 43.521
Ward, E - 56.431
Ward, J - 52.22
Ward, M - 32.15
Ward, R - 26.435
Ware, C - 36.324
Warren, Jr., W - 31.16
Warren, P - 36.516, 36.521
Warren, W - 33.509, 43.502, 43.504,
43.505
Warren, WH - 43.503
Watamaniuk, S - 43.401, 63.403,
63.404
Watanabe, J - 26.312
Watanabe, M - 26.312
Watanabe, T - 23.326, 26.508, 31.12,
61.22, 61.24
Watson, D - 43.432
Watson, M - 63.437
Watson, MR - 26.548
Watson, T - 56.312
Watt, SJ - 26.528, 33.550
Wattam-Bell, J - 26.501, 36.512
Waugh, SJ - 26.415, 26.417, 43.544
Webster, J - 25.21
Webster, M - 23.535, 36.430, 36.439,
36.542, 42.16, 56.321, 56.448
Webster, MA - 56.451
Wegbreit, E - 43.433
Wei, Q - 16.528
Weil, R - 23.321
Weiner, K - 25.26
Weiner, KS - 43.437
Weissman, DH - 23.505
Weisswange, T - 23.531
Welchman, A - 56.423
Welsh, T - 26.326
Weng, X - 54.14
Wenger, M - 16.504, 23.324, 33.332,
56.405
Werner, J - 36.430, 56.508, 56.509
Werner, JS - 56.451
West, G - 26.326
West, GL - 43.442
78
VSS 2009 Program
Wexler, M - 56.424
Wheeler, A - 26.440
White, A - 53.525
White, B - 51.16
Whitney, D - 16.509, 23.435, 33.409,
36.415, 36.545, 52.22, 53.311,
53.451, 53.546, 56.503
Whittaker, G - 56.444
Wichmann, F - 26.408
Wichmann, FA - S6, 36.549, 56.327
Wickens, TD - 26.414
Wilbraham, DA - 56.315
Wilcox, L - 26.522
Wilcox, LM - 33.525, 62.12
Wilimzig, C - 33.401
Wilkie, R - 31.14, 33.508, 33.518
Wilkins, A - 23.535
Wille, J - 33.436
Willenbockel, V - 56.302
Williams, A - 26.539
Williams, B - 43.508
Williams, K - 56.510
Williams, M - 36.327
Williams, MA - 63.318
Williams, NR - 63.315
Williams, P - 23.405
Willis, A - 26.323
Willis, M - 16.512
Wilmer, J - 26.529
Wilmer, JB - 63.318
Wilmut, K - 33.506
Wilson, A - 43.316, 53.533
Wilson, AD - 53.532
Wilson, D - 56.545
Wilson, H - 33.322, 56.309, 56.516
Wilson, HR - 51.22, 56.310
Winawer, J - 63.308
Wincenciak, J - 26.323
Winkler, P - 36.430, 56.321
Wismeijer, D - 56.424
Witt, J - 36.310
Wittenberg, M - 16.540
Witzel, C - 36.445
Wokke, M - 63.307
Woldorff, M - 33.410
Woldorff, MG - 23.453
Wolf, T - 63.317
Wolfe, J - 26.542, 33.435, 35.26,
41.21, 53.404, 53.540, 53.545,
62.21, 62.27
Wolfson, SS - 36.543
Wolk, L - 33.505
Won, R - 33.410
Wong, AC - 36.424
Wong, E - 26.416, 26.418
Wong, YK - 43.311
Wood, DK - 36.523, 43.532
Woodman, G - 36.327, 56.538
Woodman, GF - 16.541
Woods, AJ - 43.506
Wooten, B - 22.12
Wu, C - 16.529, 32.27, 53.513
Wu, D - 33.503
Wu, J - 56.323
Wu, S - 61.16
Wuerger, S - 21.12
Wurnitsch, N - 36.545
Wyble, B - 16.517, 23.519, 24.21,
26.427, 63.413
Xiao, B - 41.15
Xiao, L - 43.304
Xing, D - 23.404, 23.405
Xu, H - 56.323
Xu, J - 53.323
Xu, X - 43.446, 53.314
Yagi, A - 26.312, 43.404
Yaguchi, H - 36.433
Yamada, Y - 33.535
Yamaguchi, M - 25.12
Yamaguchi, MK - 26.441, 26.444,
26.502, 33.325, 36.442, 56.404
Yamamoto, M - 33.312
Yamamoto, N - 43.513
Yamamura, H - 33.312
Yamazaki, Y - 56.404
Yang, A - 23.540
Yang, C - 53.301
Yang, E - 43.549
Yang, H - 56.311
Yang, J - 36.442
Yang, L - 23.319
Yang, S - 16.530
Yang, SR - 33.402
Yang, X - 56.418
Yannes, M - 56.523
Yantis, S - 43.438, 55.24, 62.23
Yao, R - 33.542
Yashar, A - 56.541
Yau, A - 23.317
Yazdanbakhsh, A - 21.14, 26.310,
26.508
Yeh, C - 23.404, 23.405
Yeh, S - 26.316, 33.531
Yeh, Y - 53.301
Yehezkel, O - 23.414, 33.532
Yen, S - 23.403
Yeshurun, Y - 23.432, 36.407
Yi, D - 33.314, 33.315
Yokosawa, K - 23.441, 23.442,
33.308, 36.451
Yokota, M - 63.422
Yokota, Y - 63.422
Yonas, A - 26.502, 26.512
Yoo, H - 63.423
Yoonessi, A - 23.526, 33.431
Yoshida, M - 31.11, 33.523
Yoshida, T - 33.543
Yotsumoto, Y - 23.326
Yovanovich, D - 53.523
Yovel, G - 43.447, 43.448, 56.307
Yu, C - 24.13, 43.304, 52.15, 53.529,
54.15
Yu, D - 33.451
Yue, X - 43.446
Zacher, J - 33.548, 55.14
Zak, I - 53.518
Zang, D - 54.22
Zanker, J - 16.535, 23.303, 23.532
Zanker, JM - 36.514
Zawislo, T - 33.430
Zehetleitner, M - 43.531
Zelinsky, G - 35.25, 53.541, 53.543
Zenz, M - 43.329
Zhang, H - 61.16
Zhang, J - 43.304, 43.450
Zhang, L - 16.533
Zhang, NR - 34.12
Zhang, P - 42.14, 54.11, 62.15
Zhang, S - 35.22, 36.427, 53.549
Zhang, Y - 26.426
Zhang, Z - 55.13, 63.424
Zhao, M - 63.323, 63.324
Zhou, J - 53.316
Zhou, R - 26.321, 43.501
Zhou, X - 63.320
Zhou, Y - 53.316
Zhou, Z - 56.520
Zhu, L - 36.305
Zhu, Q - 53.453
Zhuang, X - 53.321, 53.428
Zimmermann, E - 63.425
Zinni, M - 53.421
Zinszer, B - 53.317
Zomet, A - 23.414
Zottoli, T - 23.511
Zughni, S - 55.23
VSS 2009 Program
Hotel Floorplan
Hotel Floorplan
Lobby Level (1st Floor)
Vista Ballroom
Aura Restaurant
Aura Bar
Sunset Deck
Lobby
Ballroom Level (2nd Floor)
6
1
Royal Balm Ballroom
2
7
Orchid Ballroom
4
5
3
8
Women
Men
Royal Palm Foyer
Orchid Foyer
VSS
Registration
Women
Men
79

2009 Program - Vision Sciences Society

Transcription

Similar documents

classes for all ages : first course spring term

Allegro Invational

2016 SFOpen Dance Camp

uicomp student research day

Contra dance - Maple Leafs Regroup

Sounds of the Early Seventies: “Desperado” and “Ballroom Blitz”

McElroy`s Ballroom: Home of Portland`s Happy Feet

Installation of Scrolling Ceiling

Installation of Scrolling Banner CNFS00 1

Milt Glick Grand Ballrooms