Participant introduction (presented at workshop, 2.9 MB)

Transcription

DOME-IoT 2010
Participant Introduction
September 26, 2010
Copenhagen
Boris Brandherm
Picture
(optional)
Personal Introduction
 Affiliation

German Research Center for Artificial Intelligence
 Education
 2006, Ph.D., Thesis: “Embedded Dynamic Bayesian Networks of n-th Order”
 Post-doc from 2007-2008 at National Institute for Informatics, Tokyo, Japan
 Research Interests
 Internet of Things, Services, Energy, …
 Dual Reality and Simulation
 Dynamic Bayesian Networks
 …
September 26, 2010
DOME-IoT 2010 workshop
2
Boris Brandherm
My <Thesis|Topic|Work|Point of view>
 Digital Object Memories x Dual Reality
 3D Virtual Worlds can help to facilitate and foster the creation of consistent,
meaningful and rich digital object memories for testing purposes
 Goal: expandable system which supports the development, testing and
deployment of applications and systems based on digital object memories
 Relation to DOME
 Interaction with (virtual) Digital Object Memories in 3D Virtual World
 Testbed for digital object memories and their applications
 Relation to Internet of Things
 3D Internet of Things
 1 : n Relation – 1 real object : n virtual objects
September 26, 2010
3
Boris Brandherm
Summary
We argue that DOMs and DOM-based
applications can benefit for testing
purposes from highly interactive threedimensional worlds and their
community.
September 26, 2010
4
Ivan Elhart
Picture
(optional)
Personal Information
 Affiliation
 Faculty of Informatics, Univ. of Lugano (USI), Switzerland
 Education
 PhD Student, Univ. of Lugano, Switzerland, since May 2010
 MSc EE, Univ. of New Hampshire, USA, 2009
 Diploma EE (MSc equiv.), Univ. of Novi Sad, Serbia, 2006
 Privacy-preserving data mining; Context sensing; Digital object/place memory
September 26, 2010
5
Ivan Elhart
SITUATED MEMORY FOR
SITUATED PUBLIC DISPLAYS
Picture
(optional)
Joint work with M. Langheinrich
 Introduction
 Work within the context of EU-funded project “PD-Net” (FET-Open, since May’10)
 Vision: a new communication medium of networked, situated public displays
 Challenge: displays to become aware of surrounding environment, communities
 What kind of data should displays memorize? Where should this data be kept?
Who should have access to this data? How long should it remember things? How
does it acquire this data? And how can people stay in control of their own data?
* FET-Open: Future and Emerging Technologies Funding Programme
September 26, 2010
6
Ivan Elhart
Picture
(optional)
Summary
What (little) do situated public
displays need to know about us in
order to serve us better? And how
do they find out about this?
September 26, 2010
7
Melanie Hartmann


Affiliation

Telecooperation Group

Technische Universität Darmstadt
Education
 PhD in the area of context-aware intelligent user interfaces

Research Interests
 Context-Awareness
 Intelligent User Interfaces
 Smart Products
 Project Interests
 EU Project Smart Products
 More on the next slide…
September 26, 2010
8
Melanie Hartmann
SmartProducts’ Point of view

Goal of the project: build platform
to ease development of smart products

Smart Products assist / guide the user
 Smart Products require knowledge about





User
Workflows
Domain
Context
Not all this information can be stated during design time
 New knowledge should be learned / incorporated during usage

Relation to DOME


For supporting the interaction, products need all kinds of knowledge
Relation to Internet of Things

Also builds on interconnected products

But our focus on interaction with these products
September 26, 2010
9
Melanie Hartmann
Summary
For a good human–object interaction,
the objects require knowledge
about user, workflows, domain,
context and need to be able to
enrich / adapt it over time.
September 26, 2010
10
Fahim Kawsar
 Affiliation

PostDoc Researcher, Lancaster University.

Senior Application Researcher, Bell Lab [Nov 1, 2010]
 Education

PhD in Computer Science, Waseda University. 2009.

Smart Objects, Internet of Things, User Interface and Interaction Techniques, End User Programming,
and Distributed Middleware.
September 26, 2010
11
1
Fahim Kawsar
12
Alexander Kröner
Picture
(optional)
 Affiliation
 Intelligent user interfaces lab
@ German Research Center for Artificial Intelligence
 Education
 2000: Ph.D. in computer science
@ Saarland University
 Adaptive user interfaces, user modeling, intelligent environments, lifelog
 Role and activities
 Research coordinator of the project “Semantic Product Memory” (SemProM)
 Coordinator of DFKI research concerning digital lifelogs (EIT)
September 26, 2010
13
Alexander Kröner
Picture
(optional)
My Thesis
 Object memories may increase resource efficiency
 DOMes may support novel services, e.g.: condition-based monitoring & maintenance
 DOMes can be used for motivating and supporting the user in resource-efficient behavior
 DOMes provide information about context needed to assess resource-related actions
 A DOMe may serve as a high-resolution storage for resource-related data
 A (set of) DOMe may define an object-centric context
 IoT enables communicating DOMes: A single DOMe potentially lacks context knowledge
 IoT enables active DOMes: Take action before a waste of resources is recorded in a DOM
September 26, 2010
14
Alexander Kröner
Picture
(optional)
Summary
Communicating DOMs
contribute to an internet for
resource efficiency!
September 26, 2010
15
Arthi K Manohar
Affiliation
University of Dundee
Education
PhD Researcher – Product Design research studio
- TOTeM (Tales of things and Electronic memory)
Research Interests
Digital Architecture, digital prototyping, , research methodologies, and
incorporating digital media techniques in design practice.
September 26, 2010
16
Arthi K Manohar
Digital Product Design:
Story Cultures: Understanding how stories of different cultures can
influence digital memories.
-
Design methods that will facilitate to carry out a filed study
-
Design digital memory object.
-
The Family archive
Relation to DOME
- Social implications. Design for the community.
- Social and cultural context.
Relation to Internet of Things
- Internet of thing – looking at network of people and objects rather than the technology
-
September 26, 2010
17
Arthi K Manohar
Digital Product Design
Design, develop and test Digital products with different communities with
various cultural backgrounds.
To understand the effect of tagging in a particular community and identify
the invisible network created by the objects.
September 26, 2010
18
Markus Miche
 Affiliation
 SAP Research Switzerland
 Telecooperation Group, Technische Universität Darmstadt
 Education
 Master of Information Management (Technische Universität Darmstadt)
 PhD Student
 Data Management and Storage Infrastructures in the Internet of Things
 Data Replication for Smart Products
 P2P Systems & Overlay Networks
September 26, 2010
19
Markus Miche
My Thesis: Data Management for Smart Products
 Data Replication for Smart Products
 Multi-level overlay network (capabilities, purpose of smart products): Selforganization, scalability
 Replication framework: Leveraging annotated models (product life-cycle,
workflow/business process) to enhance replica placement & availability
 Data of the digital object memory must be made available during the entire
product life-cycle, regardless of the capabilities and environmental
conditions of smart products
 Inherent heterogeneity and resource limitation of smart products (from
smart labels to networked appliances)
September 26, 2010
20
Markus Miche
Summary
I‘m working on a distributed & selforganizing replication framework for
smart products to make data of the
digital object memory available
across the entire product life-cycle.
September 26, 2010
21
Nakamura, Yoshiyuki
Picture
(optional)

Affiliation
 Media Interaction Group
National Institute of Advanced Industrial Science and Technology (AIST), Japan

Education
 Doctor of Engineering (from Univ. of Electro-Communications)
 Apr 1994 – Mar 1997 Graduate School of Information Systems, Univ. of ElectroCommunications (UEC)
 Apr 1990 – Mar 1994 Faculty of Science, Kanagawa Univ.

Research Interests
 Ubiquitous Computing, especially in location systems
 Human Computer Interactions, including engineering and social analysis
 Digital Story Telling
September 26, 2010
22
Nakamura, Yoshiyuki
Picture
(optional)
My Work
 Currently “Interactive Sensing”
 Sensing human positional and directional relations (or human-object
relations) by recording the audio scenery
 Symbol grounding problem for the real-world social relations
 User's history of activity for location and orientation
 Social Implications
180
90
270
0
Front
Covers plural direction
 Sensor networking for future work
Proximal
information
Sound source Recording
device
device
September 26, 2010
23
Nakamura, Yoshiyuki
Picture
(optional)
Summary
Our paper
Y. Nakamura and T. Nishimura:
“Towards Estimation of Position
and Orientation for Workshop
using Acoustic Signals”
Thank you
E-mail: <[email protected]>
September 26, 2010
24
Thomas Plötz
 Affiliation
 School of Computing Science, Newcastle University, UK
 Research Associate (Machine Learning)
 SiDE: EPSRC research hub (connected home & community)
 Education
 Diploma (“MSc.”) degrees in Computer Science (Pattern Recognition)
 PhD in Computer Science (Machine Learning for sequential data analysis)
 Context aware computing, behavior analysis – focus: assistive technologies
 Activity recognition (accelerometer based, skill assessment, …)
 Machine Learning (sequential data analysis, unsupervised learning, novelty
detection)
September 26, 2010
25
Thomas Plötz: Topics
 Assistance through human behavior analysis, focusing on:
 Activities – interactions with objects
 Social interactions – interactions with other humans
 Long-term monitoring – wellbeing
 Do not harm (non-intrusive technology / approach)!
Objects’ memories are traces of social interactions!

Social networks – “object” networks

Understand the connections (rather than isolated analysis)!
September 26, 2010
26
Thomas Plötz: Thesis
Human Behaviour analysis
requires analysis of social and
object interactions!
September 26, 2010
27
Michael Schneider
 Affiliation
 Intelligent User Interfaces Group
@ German Research Center for Artificial Intelligence (DFKI)
 Education
 2003: Diploma in computer science from Saarland University
 2010: PhD in engineering from Saarland University
 Ubiquitous Computing, Internet of Things, Plan Recognition
 Role and activities
 Researcher in “Semantic Product Memory” (SemProM) Project
 Organizer of DOMe 2009 in Barcelona @ IE’2009
September 26, 2010
28
Michael Schneider
My Thesis
 As a general-purpose repository for object-related
information DOMEs enable novel kinds of future applications in the IoT
 DOMEs make objects self-representative and self-aware
 Prerequisite for intelligent behavior of IoT-networks
 IoT allows for automated creation of DOMEs
provides
platform for
novel applications
Internet of
Things
helps to
automatically
create
Digital Object
Memories
September 26, 2010
29
Michael Schneider
Summary
Digital Object Memories created
today provide a platform for
unthought-of kinds of
applications in tomorrow.
September 26, 2010
30
Marc Seissler

Affiliation



University of Kaiserslautern (Germany)
Department of Mechanical Engineering
Institute for Production Automation
Education

2004 – 2009 Computer Science
(University of Kaiserslautern)

Since 2009 Researcher/PhD Student
(University of Kaiserslautern)
Research Interests

Usability Engineering

Model-based Development of User Interfaces

Run-time Adaptive User Interfaces

Pattern-driven Engineering of UIs
September 26, 2010
31
Marc Seissler
My Point of view
 We have to stop focusing on the binary level
when specifying information!
 Start focusing on the actual information!
 Generic interfaces are demanded to dynamically access DOMs!
 „Explicit“ interface descriptions allow to add semantics to the data
 Semantics can support developers in aggregating services
September 26, 2010
32
Marc Seissler
Summary
We have to enable a uniform
DOM information access
(e.g. via a generic mapping
language)
September 26, 2010
33
Chris Speed
)
 Edinburgh
College of Art
 Education
 BA (Hons), MA, PhD
 Social Navigation
 Digital Architecture
 Human Geography
September 26, 2010
34
Chris Speed
My <Thesis|Topic|Work|Point of view>
Picture
(optional)
 Time, Space, Place, People
 Random Lift Button
 Walking Thru Time
 Tales of Things
 Non Linear Memory
 Objects are evidence of
production of space
 Internet of Old Things
 Agency
September 26, 2010
35
Chris Speed
Picture
(optional)
Summary
September 26, 2010
36
Konrad Tollmar
Picture
(optional)



Affiliation

The Royal Institute of Technology, Stockholm

Mobile Service Lab
Education

BSc Mathemathics - Stockholm University

MSc CS (Computer Graphics) - KTH

PhD (CSCW) - KTH

Post Doc (Computer Vision and Mobile Computing) – MIT
Research Interests

Mobile computing where my special area is on mobile infrastructure and mobile services.

How interactive technologies becomes a part of our everyday practice and life.

To get there I try to combine interaction and co-operative design with novel use of
technologies, such as computer vision, and other clever stuff w. mobile computing.
September 26, 2010
37
Konrad Tollmar
Picture
(optional)
My Point of View
 How digital artifacts become part of everyday life
 Understand how artifacts tunes in with everyday life
 How to create digital
 Design for novelty / use
 Networked things and shared memories
 Choose and design the right digital qualities
 Mix web-based services w IoT
September 26, 2010
38
Konrad Tollmar
Picture
(optional)
Summary
The Dual-Media Design: design
for expected and unexpected.
September 26, 2010
39

Participant introduction (presented at workshop, 2.9 MB)

Transcription

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