Twenty-First Century Images the of

Images of the Twenty-First Century
Proceedings of
the Annual International Conference
of the
IEEE Engineering in Medicine and Biology Society
Volume 11: 1989
Seattle, Washington
•
November
9-12, 1989
EDITED BY
Yongmin Kim
Francis A. Spelman
89CH2770-6
UNIVERS1TATSBIBLIOTHEK
HANNOVER
TECHNISCHE
INFORMATIONSBIBLIOTHEK
Part 1/6
THIS PART CONTAINS:
Track
1.
Cardiology
Track
3.
Physiological Control Systems
Track 19.
& Models
Sleep & Respiration
0.
Images ofthe Twenty-First Century
TABLE OF CONTENTS
Part
1/6
THIS PART CONTAINS:
Track 1,
Track 3.
Physiological Control System
Track 19.
Eli
Cardiology
Lilly &
Chair: Francis A.
& Models
Sleep & Respiration
Co.
Session
Plenary
Spelman, University of Washington
Technologies and Health Care in the 21st Century
Bioengineering, University ofWashington
RF Rushmer, MD, Center for
1
Panel Discussion
Meet the Editors of IEEE Transactions in Biomedical
Western Reserve
Engineering
MR Neuman, Case
3
University
Track 1:
Cardiology
Chair: Susan M. Blanchard
Session 1.01: Heart Rate
Session Chair:
1.
Variability
Stanley Reisman, New Jersey Institute
of
Technology
Assessment of the HR Baroreflex in Human
Identification M
Subjects Using
Appel, Harvard-MIT Division of Health
Parametric
Science &
System
Technology;
4
JP Saul, RD Berger, RJ Cohen
2.
A Personal
New
Computer
Jersey
System for Heart Rate Variability Studies JA Zelano,
ofTechnology; R Mackintosh, J Hirsch
Based
Institute
3.
Spectrum Analysis of Heart Rate Variability X. Wang,
Technology; SS Reisman, WN Tapp, BH Natelson
New
Jersey Institute of
4.
Signal Analysis of Rhythmical Discharge in Cardiac Preganglionic Fibers and of
Heart Rate Variability G Baselli, Universita Brescia, Italy; S Cerutti, LM
6
8
10
Finocchiaro, F Lombardi, A Malliani, N Montano
IEEE
EMBS
1989—xi
5.
Power
Spectrum Analysis of Heart
Rate
Variability Signal
in the
Diagnosis
12
of
Diabetic Neuropathy S Cerutti, Politecnico, Milano, Italy; A Bianchi, B
Bontempi,
6.
G Comi, P
Gianoglio,
MGN Sora
Using Breathing Bursts as
Dwyer, Cornell University Medical College; Y Noguchi, HH Szeto
Spectral Analysis
Session 1.02: ECG
of Heart Rate Variability
Signal Processing
a
Time Base G
14
I
Session Chair: Edward J. Berbari, VA Medical Center & University of Oklahoma HSC
1.
Ropella,
KM
16
RC Barr, B
18
Segmentation on Coherence Estimates of Cardiac Rhythms
University; AV Sahakian, JM Baerman, S Swiryn
Effect of Data
Northwestern
Design for Fan Adaptive Sampling
Sacks, WT Krakow
2.
A VLSI
3.
Optimizing Signal Averaging Methods
P
LN Bohs, Duke
University;
Lander, University of Oklahoma Health
19
Science Center; EJ Berbari
4.
Signal Averaged
Health Science Center
5.
Quality Control EJ Berbari, University of Oklahoma
& VA Med. Center; P Lander
ECG's and
Enhancement of Surface HIS
21
22
Activity with Adaptive Filtering GGCano,
Allegheny-Singer Research Institute, Pittsburgh; SA Briller
6.
A
Technique for the Determination of Left
Ventricular Mass
by Signal-Averaged
Electrocardiography GWBotteron, University of Kansas Medical Center;
Vacek, DB Wilson, SL Lawhorn
Session 1.03: ECG
Signal Processing
24
JL
H
Session Chair: Sergio Cerutti, Politecnico di Milano, Italy
1.
Comparison of Individual Lead and Combined Lead Frequency Parameters of Signal
Averaged Electrocardiograms MS Fuller, University of Utah; RAFreedman, D
26
Barton
2.
Detection of Late Potentials by Means of Wavelet Transform OMeste,
ofNice, France; H Rix, R Jane, P Caminal
3.
Signal Averaging and Shape Classification
Thierry,
P
Caminal,
H
Rix, University ofNice, France;
Recognition Technique to QRS Complex Classification
Chung Yuan Christian University, Taiwan; KP Lin, RY Lee
Pattern
5.
QRS Detection Based on Hidden Markov Modeling
Research Institute, Pittsburgh; GG Cano
6.
The Design of a Pipeline Processor for
Xii—IEEE
an
DA
1989
WH
Chang,
Coast, Allegheny-Singer
Automated ECG
University, Korea; YS Lee, HR Yoon, MH Lee
EMBS
E
28
30
R Jane
4.
Yonsei
University
Diagnosis KJLee,
32
34
36
Session 1.04: ECG
Signal Processing
m
Session Chair: Willis J. Tompkins, University of Wisconsin
-
Madison
1.
Real-Time
2.
Spectral Analysis of Cardiac Cycle Length Variations: Resampling Overcomes
Early Detection of R Waves of ECG Signals
Scientific, Inc.,Mansfield, MA; Y Sun, JA Beyer
Effects of Nonuniform
Spacing KL Schreibman,
University; CW Thomas, MN Levy
3.
4.
A New
Algorithm for
University, Korea;
Heart Rate
P-Wave Detection in the ECG
KK
Kim,
Variability System
Silesian Technical
SC
TA Wrublewski,
Mansfield
38
40
Case Western Reserve
42
Signal HKJoeng, Yonsei
Hwang, MH Lee
Based
on
University, Poland;
Microcomputer
IBM
PC/XT ETkacz,
44
P Antosz
5.
Discriminant Analysis of HRV's Auto Regressive Model Coefficient for Cardiac
Arrhythmia YS Lee, Yonsei University, Korea; KJ Lee, HR Yoon
47
6.
Real-Time Base-line Drift Correction and P-Wave Detection of ECG
49
Tsinghua University, China;
Signal LZhou,
HJ Li, GS Hu
Session 1.05: Heart Sounds
Session Chair: John L. Semmlow, Rutgers University
1.
Parametric
Modeling of Diastolic Heart Sounds: Before and After Angioplasty
Akay, Rutgers University; JL Semmlow, W Welkowitz, J Kostis
2.
Pattern
3.
Study
M
Recognition of Normal, Lightly and Heavily Calcified Bioprosthetic Valves
Implanted in the Mitral Position LG Durand, Clinical Research Institute of
Montreal; M Blanchard, G Cloutier, HN Sabbah, PD Stein
on
the Generation of
Closing Sound from Metallic Prosthetic Heart
H
Koymen, Middle East Technical University, Turkey;
Ider, Y Zorlutuna, O Tasdemir, T Tezcaner, K Vural
Implants
A
Valve
Baykal,
4.
High Sensitivity PCG Transducer for Extended Frequency Applications V
Padmanabhan, Rutgers University; R Fischer, JL Semmlow, W Welkowitz
5.
The Effects of Inertia
on the
51
S3
55
YZ
57
Mechanics of the Left Ventricle During the Isovolumic
59
Phases M Lewkowicz, Theoretical Biomechanics Group, NIH; RS Chadwick
6.
Processing
and
Session 1.06: Cardiac
of Foetal
Analysis
Edinburgh, UX.;
JH
Dripps,
Phonocardiograms
61
McDonnell, University of
E
P Grant
Doppler
Session Chair: Louis-Gilles Durand, Clinical Research Inst, of Montreal
1.
Computer Aided Pattern Recognition & 3D Reconstruction of Carotid Stenosis
Greene, University of Washington; DJ Phillips, K Beach, J Primozich, DE
FM
63
Strandness, Jr.
2.
Parametric
Stenosis
3.
Velocity Fields in the Region of
SERittgers, University of Akron; DYFei
Analysis
of
a
Modeled Carotid Artery
Characterization of Spectral Broadening of Doppler Signals G Cloutier, Clinical
Research Institute ofMontreal; FLemire, LG Durand, Y Latour, M Jarry, A
Solignac, L Allard,
YE
65
67
Langlois
IEEE
EMBS
1989—Xiii
4.
Quantitative Analysis of Doppler Flow Spectra in the Lower Limb Arteries LAllard,
Clinical Research Institute ofMontreal; YE Langlois, LG Durand, GO Roederer,
M Beaudoin, G Cloutier, P
5.
An
R Robillard
Spectral Analysis of Ultrasonic Doppler Blood Flow
Minimum Variance Method in
71
K Kaluzynski, Warsaw Technical University, Poland
Velocity Signal
6.
Roy,
69
Implantable Multichannel Ultrasonic Pulsed Doppler Blood
Yeung, Stanford University; JJ Sebek, JD Meindl
Flowmeter KW
73
Session 1.07: Ventricular Defibrillation
Session Chair: Nitish V. Thakor, Johns
Hopkins University
1.
Computer Simulation of DefibriUating Electric Shocks: Critical Mass PM Auger,
Faculte de Pharmacie, Dijon, France; A Bardou, A Coulombe, MC Govaere, JM
Chesnais, D Von Euw
2.
Experimental Results Pertinent to the Modelling of Defibrination
RE
Ideker,
75
77
Duke University Medical Center; W Krassowska, JM Wharton, WM Smith
3.
Physio-Control
4.
Corp., Redmond, WA; RL Barker
Strength-Duration Relationship
for
Biphasic Defibrillation
in
Dogs
DJ
Lang,
Cardiac Pacemakers, Inc. St. Paul, MN; DK Swanson, SM Bach, Jr., JE
5.
Curve
80
Shapland
82
Fitting Defibrillation Success Rate Versus Energy BEGliner, Johns
Hopkins University;
6.
79
Three-Dimensional Finite Element Model of Human Thorax M Ahmed,
Y Murakawa, NV Thakor
The Fundamental Law of Electrostimulation
WEIrnich, Justus-Liebig-University,
84
FRG
Session 1.08: Ventricular
Session Chair: Steven
1.
Swiryn,
Tachycardia & Fibrillation
Northwestern
Patterns of Activation
During
University of California,
University
Ventricular Fibrillation in
San
Diego;
SJ
Worley,
Open Chest Dogs PS Chen,
2.
Imaging of Atrial Fibrillation in Man MAAllessie, University of Limburg,
Netherlands; J Brugada, CJH Kirchhof
3.
Computer Modeling of the Initiation of Myocardial
George's Hospital, London; AJCamm
4.
Fibrillation
Kaplan,
5.
vs.
Fibrillation M
Malik,
The
88
St.
90
Random Noise: A Comparison Using Dimensionality Calculations DT
Massachusetts Institute
Tachyarrhythmia
of Technology;
86
RE Ideker
92
RJ Cohen
Threshold of Ischemic Heart in 3-Dimensional
Computer Model
94
MG Fishier, Johns Hopkins University; NV Thakor
6.
Computer Model of the Effects of Overdrive Pacing During Atrioventricular
Reentrant Tachycardia M Malik, St. George's Hospital, London; AJCamm
xiv--IEEE
EMBS
1989
96
Session 1.09: Cardiovascular
System Dynamics
Session Chair: Wolf von Maltzahn,
1.
Dynamics
of Intraaortic
University of Texas
I
Arlington
at
Counterpulsation with Double-Segmented Balloons PC
Nardella, Medical Scientific, Inc., Mansfield, MA;
2.
Mitral Pressure Half-time
98
Y Sun, TA Wrublewski
Technique for Assessing Severity of Mitral Stenosis:
Loyd, Linkoping University, Sweden; P Ask, B Wranne
100
the Pressure Drop-Flow Relationship of a Compliant Coronary
101
Essential Parameters D
3.
In Vitro Study
on
Stenosis MSiebes,
University of Southern California; DZD'Argenio
4.
Theoretical and Experimental Analysis of Aortic Coarctation
University, Sweden; J Engvall, D Loyd, B Wranne
5.
State-Space Analysis of Ventricular/Vascular Coupling YSun, University of
P
103
Ask, Linkoping
104
Rhode Island
6.
Right Ventricular/Vascular Coupling During Acute Pulmonary Hypertension
Fourie, University of Stellenbosch, South Africa; AR Coetzee, A Rebel, CT
P
106
Bolliger
Session 1.10: Cardiovascular
System Dynamics II
Session Chair: John K.-J. Li, Rutgers University
1.
Comparison of Techniques for Assessing Pulmonary Input Impedance Spectra B Ha,
University of North Carolina, Chapel Hill; CL Lucas, GW Henry, EG Frantz, JI
108
Ferreiro, R Seven, BR Wilcox
2.
Variation in Emax of the Left Ventricle Among Mammals GM DrzewiecM,
Rutgers University; N Krawciw, JK Li, W Welkowitz
3.
Real-Time
RD
4.
Loading of the Isolated Heart with a Wave Transmission Arterial
Kirkpatrick, Washington State University; H Taheri, KB Campbell
Model-Based Parameters and Indices for
Rutgers University;
5.
110
PS
Assessing the Cardiovascular State
CP Falkenhagen, G Drzewiecki
Model
JK
112
114
Li,
Geipel, DS Berger,
Reproducibility of Arterial Vascular Compliance Measurements SM Finkelstein,
University ofMinnesota; GE McVeigh, DE Burns, KM McDonald, PF Carlye, JN
116
Cohn
Session 1.11:
Modeling of Left Ventricular Mechanics
Session Chair: Herman B.K. Boom, University of Twente, The Netherlands
1.
Cascaded Constant Flow Pulses as a Tool for
Wijkstra, Radboud University Hospital,
2.
Analyzing Ventricular Mechanics
The
Netherlands;
H
118
DL Bell
Kinetic Models for Pressure Response to Volume Change in Tetanized Isolated Heart
KB
Campbell, Washington
State
University;
DL
Bell,
JA
120
Ringo
3.
Effects of Arterial Load
Changes on Systolic Pump Function JBaan, Leiden
University Hospital, The Netherlands; ET Van Der Velde, LP Van Der Linden
122
4.
An
Ellipsoidal Shell Subtraction Model of the Right Ventricle: Validation and
Application In Vivo MP Feneley, St. Vincent's Hospital, Durham, NC; JR
Elbeery, JS Rankin
124
IEEE
EMBS
1989—XV
5.
Identification of Left Venticular Model Parameters HBK Boom, University of
Twente, The Netherlands;
HWijkstra
Session 1.12: Noninvasive Cardiovascular
Session Chair:
1.
126
Dynamics
Gojmir Juznic, Institute of Physiology,
Ljubljana, Yugoslavia
The Use of a Continuous Non-invasive Blood Pressure Recorder to Study
Experimental Stressors PJPretorius, University of Christian Higher Education,
128
South Africa; NT Malan, HW Huisman, PJ Laubscher, FC Etoff, FAJ de Klerk, SJ
van
2.
der Merwe
A Positive Feed-back Mechanism Enhancing the Heart Beat G Juznic, Institute of
Physiology, Ljubljana, Yugoslavia;
3.
I
Bardorfer, J Pecar,
Left Ventricular Function in Patients with
130
D Peterec
Attempted Coronary Reperfusion I
V Fidler, M Porenta,
132
Kranjec, University Medical Center, Ljubljana, Yugoslavia;
A Janezic
4.
A Noninvasive Method for Measuring Regional Peripheral Compliance EA
Lopez-Beltrao, University ofMinnesota; PL Blackshear, SM Finkelstein
5.
Evaluation of Arterial Pulse Wave Velocity
on
the Basis of Multivariate Analysis M
Okada, Niigata University School of Medicine, Japan;
6.
134
136
M Okada, M Yakata
Non-Invasive Assessment of Myocardial Function HKesteloot, Katholieke
1-AP-l
University, Leuven, Belgium
Session 1.13: ECG
Signal Processing
Session Chair: Susan M. Blanchard, Duke
1.
A Real-Time
IV
University Medical Center
QRS Detection and Delineation Algorithm Based on the Inflection Angle
HSHsiung, National Taiwan University, Taiwan; CK
138
of the ECG Waveform
Cheng,
2.
GJ Jan
Hungary;
3.
Arrhythmia Processing System
Velkei, F Marton, J Tenczer
New Interactive
I
Detection of Ventricular Fibrillation
Using
M Rohla, Semmelweis
University,
the Autocorrelation Function
the ECG SG Guillen, Universidad Politecnica de Valencia,
Spain;
Analysis of
140
141
MT
Arredondo, G Martin, JM Ferrero Corral
4.
Detection of VF Signal by an M-ary Sequential Detection YZhu, University of
Science & Technology ofChina, China
143
5.
Knowledge Based Refining of K-NN Fuzzy Classifier: A Case Study in Ventricular
Arrhythmia Diagnosis DCabello, Universidad de Santiago, Spain; SBarro,JM
Salceda, R Ruiz, J Mira
145
6.
Stabilizing
Institute
XVi—IEEE
the Rate—A
Straight Cortical Repercussion upon the Heart RMNegoescu,
of Hygiene and Public Health, Romania; IE Csiki, M Pafhote
EMBS
1989
147
Session 1.14: Artificial Hearts
Session Chair: Joshua E. Tsitlik, Johns Hopkins University
1.
2.
Development of the Physiological Control Scheme for
Artificial Heart PKhanwilkar, University of Utah;
Smith, DB Olsen
Parameter Estimation of the
an
Electrohydraulic Total
Crump, GB Bearnson, JK
149
KR
Systemic Arterial Bed for Control of
a
Total Artificial
151
Heart TL Ruchti, Marquette University; RH Brown, X Feng
3.
A
4.
A DC/DC Resonant Power Converter for an Electric Artificial Heart J
Range of Artificial
Hearts LS Yu,
A CMOS
WJKolff
153
154
Cerny,
DC Jeutter
Marquette University;
5.
University of Utah;
Microcontroller Based PCM Encoder for Use with a Total Artificial Heart
157
AR Khomeshwari, Marquette University; DC Jeutter
Session 1.15: Cardiac Assist Devices
Session Chair: Dov Jaron, Drexel
1.
Effects of the
Device
2.
System Timing on the Performance of a New Mechanical Cardiac Assist
T Cui, Rutgers University; W Welkowitz, JKJ Li, S Petrucelli
Prosthetic Valve Selection for a Pulsatile LVAD SGKovacs, University of South
New
LE
Ondrovic,
Coating Materials for
164
Artificial Heart Valves ABolz,
M Schaldach
In Vitro Assessment of the Flow Characteristics of the Central-Axis Prosthetic Heart
Valve AAH Mansour,
5.
162
RG Connar
Friedrich-Alexander-University Erlangen-Nurnberg, FRG;
4.
160
(MCAD)
Florida;
3.
University
The Optimal
Operating Point of the Ventricular Assist Device M Yoshizawa,
University, Japan; H Takeda, JS Feng, S Nitta
Tohoku
Session 1.16: Databases in
Session Chair: Francesco
169
Cardiology
Pinciroli,
Politecnico di Milano,
Italy
1.
MSx2/cardio: An Implementation of a Multiservice Medical Software
Politecnico di Milano, Italy; C Combi, G Pozzi, R Rossi
2.
Implementation of Regional Registry of Acute Myocardial Infarction (R.I.M.A.R
Study) MBossi, Saronno Hospital, Italy; C DeVita, MD Etro
3.
CADANS
-
167
King Saud University, Saudi Arabia;
A Customized Network for
Interuniversity Cardiology Institute,
Cardiology
F Pinciroli,
171
173
in the Netherlands GT Meester,
175
The Netherlands; OEH Sartorius, D
Fanggidaej, MGJ Gerritsen
4.
A
Teaching-Oriented Knowledge-Database for Clinical Arrhythmology
T Carazza,
177
Politecnico di Milano, Italy; L Ballardini, C Busetti, F Pinciroli
Session 1.17: Forward Problem in
Session Chair: Ramesh M.
1.
Electrocardiology
Gulrajani, Hopital
Computer Simulations
du Sacre-Coeur, Montreal
of Excitation in
an
Anatomically
Based Model of the Human
179
Ventricular Conduction System AE Pollard, Duke University; RC Barr
IEEE
EMBS
1989-
-xvii
2.
Dynamic Simulation of Electrical
Tokyo
3.
Institute
Phenomena in the Human Heart
of Technology, Japan;
Interactive Simulation of the
Wei,
D
QRS Waveforms
181
TMusha,
K Harumi
A
van
183
Oosterom, University of
Nijmegen, The Netherlands
Myocardial Anisotropy on Body Surface Potentials Using an Eccentric
Spheres Model JA Schmidt, Duke University; TC Pilkington
185
A Simulation
186
4.
The Effects of
5.
Evaluation of the
Study
D
Rotating Anisotropy of the Ventricular Myocardium:
Wei, Gakken Co., Ltd., Japan;
G
Yamada,
K
Hasegawa, T Nakamura, T
Musha
6.
ECG Simulations with
Lorange,
Session 1.18:
Ecole
a
Heart Model
Polytechnique
Incorporating Myocardial Anisotropy
M
188
Gulrajani
de Montreal; RM
Electrocardiographic Mapping I
Session Chair:
Giorgio Arisi, Institute di Fisiologia, Parma, Italy
1.
Forward
Electrocardiography Based on Measured
ofNijmegen, The Netherlands; A van Oosterom
2.
Localization of Ventricular
Ectopic
Beats from
Data G
Huiskamp, University
Intracavitary
Potential Distributions:
An Inverse Model in Terms of Sources E Macchi, Universita
189
191
Degli Studi, Italy;
G Arisi, P Colli-Franzone, L Guerri, G Olivetti, B Taccardi
3.
Inverse Epicardial Potential Solutions with an Isolated Heart
Preparation
B
Soucy,
193
Ecole Polytechnique de Montreal; RM Gulrajani, R Cardinal
4.
Rapid Localization of Accessory Pathways in W*PW Syndrome Using Unipolar
Potential Mapping RLLux, University of Utah; PR Ershler, KP Anderson, JW
195
Mason
5.
Intracardiac and Extracardiac Potential Distributions
Beats B Taccardi,
University of Utah;
RL
Lux,
PR
During
Ershler,
Ventricular
B
Ectopic
Steadman, S
197
Watabe
6.
Beat-to-Beat Measurement of Epicardial Conduction and Repolarization
In Vivo in the
Session 1.19:
Electrocardiographic Mapping
Session Chair: Emilio Macchi, Institute di
Digital
H
2.
Interactive Cardiac Mapping I: Data
Conversion of an
Analog Cardiac Mapping Approach
Polytechnical Institute, Canada; E Downar
G
Sun, CW Thomas,
M
I
Parson, Ryerson
Acquisition K Laurita, Case Western Reserve
Kavuru, J Liebman, AL Waldo
3.
Interactive Cardiac Mapping H: Data Analysis GSun, Case Western Reserve
University; K Laurita, CW Thomas, J Liebman, J Wang, AL Waldo
4.
Use of
5.
Automatic Analyzer for Bipolar Cardiac Electrograms WM Smith,
University Medical Center; EV Simpson, ND Danieley, RE Ideker
an
Duke
On-Line Mapping of Cardiac
Arrhythmias
in Man
MAAllessie, University of
Limburg, The Netherlands; APG Hocks, GML Schmitz,
Smeets, O Penn, CJHKirchof
xviii—IEEE
199
Fisiologia, Parma, Italy
1.
University;
Anisotropy
Dog FXWitkowski, University ofAlberta; PAPenkoske
EMBS
1989
SJ
Hollen,
H Jas, JLR
202
204
206
208
l-AP-2
Session 1.20:
Electrocardiographic Mapping III
Session Chair: Susan M. Blanchard, Duke University Medical Center
1.
A Multi-Processor Approach to Real Time Body Surface Potential Mapping M Clarke,
Brunei University, UK.; RW Jones
213
2.
Time-Dependent Clinical Indices of Body Surface Potential Maps
Technion-HT, Israel; S Gilat, S Sideman
215
3.
Using Impedance Imaging to Determine Intracavitary Probe Location
Duke University; TC Pilkington, SL Tyler
4.
Real Time Measurement of Intracavitary Probe Position SKun, Worcester
Polytechnic Institute; RA Peura
218
5.
Silicon Based Electrode Arrays RB Ash, North Carolina State
Wortman, HT Nagle, JW Buchanan
210
6.
Thin-Film Flexible Multielectrode
Mastrototaro, Duke University;
DR
Adam,
DL
217
Derfus,
University; JJ
Arrays for Voltage Measurements in the Heart JJ
TC
Pilkington,
212
RE Ideker, HZ Massoud
Session 1.21: Analysis of Cardiac Electrograms
Session Chair: William M. Smith, Duke University Medical Center
1.
Local and Distant Components of Bipolar Cardiac Electrograms SM Blanchard,
Duke University Medical Center; PJ Hendry, JS Kabas, PK Smith, JE Lowe, WM
220
Smith
2.
Data Analysis
222
3.
Adaptive Coherence Estimation on Brief Intracardiac Recordings A Sahakian,
Northwestern University; K Ropella, J Baerman, S Swiryn
224
4.
Computing ROC Curve Confidence Intervals for Cardiac Activation
226
Techniques for Measuring Spatial Inhomogeneity in Repolarization
Using Optical Transmembrane Potentials G Salama, Massachusetts Institute of
Technology; DS Rosenbaum, A Kanai, RJ Cohen, DT Kaplan
Simpson, Duke University Medical Center;
5.
Automated Interactive Cardiac
University of South
6.
Arrhythmia Sensing
Detectors EV
RE Ideker, KL Lee, WM Smith
Electrophysiology Testing
DS Buckles, Medical
228
Carolina
and Detection
RMT Lu, Telectronics
by a Software-Based Arrhythmia Control System
Pacing Systems, Sydney, Australia; P Haeusler, R
230
McCulloch
Track 3:
Physiological Control Systems
Chair: JoelB.
Session 3.01: Electric and
Session Chair: Joel B,
1.
Myklebust
Magnetic Stimulation
Myklebust, Medical College
Finite Element
and Models
of Wisconsin
Modeling of Electrode Contacts in Electrical Injury M Chilbert,
of Wisconsin; T Prieto, A Sances, Jr., T Swiontek, J Myklebust
232
Medical College
2.
Control of Epileptiform Activity with Electric Stimulation HKayyali, Case
Western Reserve
University;
234
D Durand
IEEE
EMBS
1989—xix
Magnetic Field & the Current Density in the Vicinity of a
Hemitoroidal Coil for Transcranial Magnetic Stimulation M Traad, University
ofMiami; PP Tarjan, ED Smith, JW Levy
3.
Model for
4.
The
Calculating
the
236
Choi, University ofBritish
238
Multi-Channel Indirect Stimulation Reduces Muscle Fatigue WHappak,
U
University of Vienna, Austria; H Gruber, J Holle, W Mayr, Ch Schmutterer,
240
Design of a Flexible Magnetic Stimulator
ASV
Columbia; CA Laszlo, C Hershler
5.
Windberger, U Losert,
H Thoma
Physiological Models
Session 3.02:
Session Chair: George R. Wodicka, Purdue University
1.
Technology; FA Mussa-Ivaldi,
2.
E Bizzi
Matched Filter Theory Applied to Responses of Fly Lamina Cells Predicts Loss of
Edge-Preference
D
3.
242
Modeling of Multi-Joint Motor Systems J Mclntyre, Massachusetts Institute of
An
Orsorio,
on
Lowering
Luminance RB
244
Pinter, University of Washington;
MV Srinivasan
Eye Model for Ocular Pulse Analysis WKinsner, University ofManitoba;
Y
246
Yan
4.
A Theoretical Model of Sound Transmission in the Thorax GR Wodicka,
Massachusetts Institute of Technology; KN Stevens, DC Shannon
248
5.
Estimation of Liver
Analysis GBalestra,
250
Circulatory Parameters:
Error
Politecnico di Torino, Italy; G Belforte, G Molino
6.
The Use of an "Infant Thermal Manikin" for the Assessment of Different Neonatal
252
for Premature Newborn Babies D
Bolin, Institute ofNatl.
Heating Equipments
&
I
I Saiman, R Tunell
Health,
Sweden;
Holmer,
Board of Occupational Safety
Session 3.03: Biochemical Kinetics
Session Chair: J. B. Bassingthwaighte, University of Washington
of a Model of Benzene Toxicokinetics in Mammals TJ Woodruff,
University of California, Berkeley; FY Bois, JD Parker, D Auslander, S Selvin, M
Smith, R Spear
254
Oxygen Exchange and Tracer Water Production EA
Mates-Needham, University ofWashington; JB Bassingthwaighte
256
1.
Design and Analysis
2.
A Model for Blood-Tissue
3.
A
4.
Closed-Loop
5.
Simulation of Adaptive Control of Lidocaine Serum Concentrations Based
Time-Varying Compartmental Model to Assess Non-Steady State Glucose Kinetics
in Hypoglycemia from Tracer Data ARuggeri, University of Padova, Italy; C
Cobelli, G Toffolo, G Hetenyi
Control of Multiple Drug Infusions DG Mason, University of
Melbourne, Australia; IP Cade, RJ Siganporia, JS Packer
Measurements TC Jannett,
XX—IEEE
EMBS
1989
University ofAlabama, Birmingham;
JD
258
260
on
Geyer
Sparse
262
Session 3.04: Clinical Assessment I
Session Chair: W. Clark Lambert, New
Jersey Medical School
1.
Impedance Estimation of Small Endotracheal Tubes with Forced Random Noise
Analysis SR Quint, University of North Carolina, Chapel Hill; BR Wood, C
Zhao.JMFullton
264
2.
Applications of Optimization Techniques to Medicine:
Houshyar, Western Michigan University; A Genaidy
267
3.
Mathematical
Diabetes and
Screening
A
Modeling of the Co-Recessive Inheritance Model Linking Molecular
Bayesian Epidemiologic Analysis of Cancer-Prone Cond WC Lambert,
UMD-New Jersey Medical School; MW Lambert
269
Events to
4.
Dynamic Analysis
and Control of Cancer RR
Mohler, Oregon State University; KS
272
Lee
5.
LM
6.
and Resuscitation Fluid Therapies in Burn Patients
Roa, Universidad de Sevilla, Spain; T Gomez-Cia, A Cantero
Pulmonary Capillary Dynamics
Diagnosing Model Inadequacy
in Human
University of Southern California;
Respiratory CO2 Controller
F
274
276
Yang,
MCK Khoo
Session 3.05: Clinical Assessment II
.
Session Chair: G. A.
1.
Dudley, NASA
Experimental Evidence for Scannpath Eye Movements During Visual Imagery SA
Brandt, University of California, Berkeley; LW Stark, S Hacisalihzade, J Allen, G
278
Tharp
2.
Force and EMG Power
GA
Dudley, NASA;
Spectrum in Response
MR
Duvoisin,
to Concentric and Eccentric Exercise
280
PA Tesch
3.
Magnetic and Electric Compound Action Signals in Human Sural Nerve LJ Van
Briemen, Erasmus University, The Netherlands; J Meulstee, FLH Gielen
282
4.
Distribution of Functional
284
Capillaries in Diaphragm
Muscle
WWang, University
ofSouthern California; GC Sieck
5.
A Pharmacokinetic
Akber,
Approach
Simon Fraser
Session 3.06: Cardiovascular
Session Chair: Joel B.
1.
to the Determination of
University,
Pulmonary Permeability
SF
286
Canada
Systems
Myklebust, Medical College of Wisconsin
A Mathematical Model of the Arterial
University;
E
Baroreceptors TFItani, Northwestern
288
Koushanpour
Systemic Autoregulation and Carotid Barorefiex R Burattini,
University ofAncona, Italy; P Borgdorff, DR Gross, B Baiocco, N Westerhof
2.
Interaction Between
290
3.
Spectral Analysis of Heart Rate Variability: Effects of Unilateral Stellate Blockade
ST Nugent, Dalhousie University, Canada; KRajagopalan, JPFinley
292
4.
Simulation of Cardiovascular
294
University, China;
5.
System with
ECP Device K
Ying, Tsinghua
J Bai
A Mathematical Study of the Relationship Between Cerebral Blood Volume and
Intracranial Pressure
Changes MUrsino, Bologna, Italy;
296
PDiGiammarco
IEEE
EMBS
1989—xxi
6.
Multivariate Autoregressive Modeling for Analyzing Feedback-Network
T Wada, School ofMedicine, Keio University, Japan
in the
Body
298
Session 3.07: Pulmonary Models
Session Chair: J. M. Fouke, Case Western Reserve
1.
Airway Exchange of Heat, Water, and Soluble Gases
METsu, University of Washington; AL Babb, MP Hlastala
300
Using the Thermal Pulse Decay (TPD) Method
Holmes, University of Illinois; H Arkin, MM Chen
302
Pattern Affects the
Breathing
3.
Tissue Blood Perfusion Measured
4.
Optimal Design of Thermistor
KR
1-AP-4
Probe for Surface Measurement of CBF D Wei,
University;
Case Western Reserve
G
Saidel, SC Jones
l-AP-6
Effective Thermal Conductivity: Will It Permit Quantitative Hyperthermia
Treatment Planning? HF Bowman, Harvard-MIT Division ofHealth Sciences
MG
WH Newman, SC Summit, S Chang, J Hansen, TS
and
Technology;
Herman,
6.
299
Western Reserve
Heat and Water Transport Across the Airway Wall CTsai, Case
Fouke
JM
McFadden,
Jr.,
GM
ER
Saidel,
University;
2.
5.
University
Modelling
Curley,
GK Svensson
the
Thermoregulatory Control System Using Kernel Method AK Ahmed,
308
Faculty of Technological Studies, Kuwait
Sleep
Track 19:
and
Respiration
Chair: Anne C. Comwell
Session 19.01: Sleep &
Session Chair: Anne C.
1.
Respiration
I
Cornwell, Flushing Hospital/Medical Center
Sudden Infant Death
Syndrome (SIDS)
and
Sleep
T
310
Hoppenbrouwers, University
ofSouthern California
2.
A Polysomnography
High Risk
Sleep Abnormality in Sudden A-Ventilatory Event (S.A.V.E.)
Flushing Hospital/Medical Center; S
at
313
for SIDS Infants AC Comwell,
Laxminarayan
3.
Sleep and Orcadian Temperature Rhythms in Winter Depression DH Avery,
University ofWashington; K Dahl, M Savage, G Brengelmann, L Larson, M
Vitiello, P Prinz
315
4.
Sudden Infant Death Syndrome: New Results Using Statistical Data
Analysis
317
Techniques JCaroff, Centre Hospitaller etUniversitaire Brest, France;
Solaiman, D Alix, P Aubergier, E Girin, A Hillion
5.
Heart Rate Variability in Infants
Dalhousie
6.
University, Canada;
as a
JP
B
Function of Sleep State ST Nugent,
Decreased Vagal Tone in SIDS Victims? B Cauchemez, Hopital Lariboisiere, Paris;
P Peirano, D Samson-Dolfus, N Monod, P Coumei
XXii—IEEE EMBS
1989
319
Finley
321
Session 19.02:
Sleep & Respiration
Session Chair: Anne C. Comwell,
1.
II
Flushing Hospital/Medical Center
Ontogeny of Respiratory Patterns in Relation to Sleep/Wake States in Fetal and Early
Postnatal Life IR Moss, University of Texas Southwestern Medical Center at
323
Dallas
2.
Technical Problems In Recognizing and Monitoring Infant Apnea JEYount,
Oregon Health Sciences University
325
3.
Perspectives on Periodic Breathing
327
4.
1/f Fluctuations in Fetal Breathing
College;
P
in Infants JM
Rates
O'Brien, University of Maryland
YNoguchi,
Cornell
University Medical
328
Cheng, G Dwyer, HH Szeto
5.
A
Nonparametric Statistical Approach to Breath Segmentation
Wayne State University; RF Erlandson, T Roth
6.
A
Microprocessor-Based Sleep Apnea Ventilator KBehbehani, University of Texas
at Arlington; THKang
Session 19.03:
TP
Moyles Jr.,
330
332
Sleep & Respiration III
Session Chair: Anne C. Comwell, Flushing Hospital/Medical Center
1.
Oxygen Desaturation Density in the At-Risk Infant RAHardoin, Brazosport
Memorial Hospital, Lake Jackson, TX; JA Henslee, CP Christenson
334
2.
Clinical Application of Near Infrared Spectroscopy to Neonatal Intensive Care JE
337
Brazy, University of Wisconsin-Madison;
3.
Autoprotection Features
of the
FJ Vander-Vliet
Lung Tissue During Artificial Ventilation G Boganyi,
Budapest, Hungary
339
Biomedical Innovation Center,
4.
Measuring Gas Exchange and Gas Mixing in Children JRBudd, University of
341
Minnesota; WJ Warwick
5.
Locating Regional Lung Dysfunction by Analysis of Ventilation Distributions
Carmack, Memphis State University; JR Hessler, RJ Estes
6.
Recursive Estimation of Lung Mechanical Parameters in Newborn Infants During
Mechanical Ventilation AR Silberberg, Chalmers University of Technology,
Sweden;
Additional
KE
Edberg, K Sandberg,
0
LJ
306
Hjalmarson
Papers
i-ap-i
Authors' Index
Keywords
343
ai
Index
ki
IEEE
EMBS
1989—XXiii