building new bridges ; vol. 1 - gbv

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IEEE E/^B "Building New Bridges at the Frontiers of Engineering and Medicine" 2001 Conference Proceedings of the j 23 Annual International Conference of the IEEE Engineering in Medicine and Biology Society 25-28 October 2001 Istanbul, Turkey Volume 1 Yorgo Istefanopulos Metin Akay Conference Chair Program Chair Robert Kearney, Ph.D. Yasemin Kahya Conference Co-Chair Program Co-Chair

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Page 1: Building new bridges ; Vol. 1 - GBV

IEEE E/^B

"Building New Bridges at the Frontiers of Engineering and Medicine"

2001 Conference Proceedings

of the

„j

23 Annual International Conference

of the

IEEE Engineering in Medicine and

Biology Society

25-28 October 2001

Istanbul, Turkey

Volume 1

Yorgo Istefanopulos Metin AkayConference Chair Program Chair

Robert Kearney, Ph.D. Yasemin KahyaConference Co-Chair Program Co-Chair

Page 2: Building new bridges ; Vol. 1 - GBV

Table of Contents

Theme 1. Cardiovascular

Systems and Engineering

Track 1.1: Cardiac

Electrophysiology and Mechanics

Session 1.1.1: Electrical Interactions

Between Purkinje and Ventricular Cells

1) How the Purkinje System Determines the Ventricular

Activation Sequence

Joyner Ronald 1

2) NOT PRESENTED Restitution ofAction Potential

Duration at the Purkinje-Ventricular InterfaceHuelsing Delilah 5

3) Action Potential Transfer at the Purkinje - Ventricular

Junction: Role ofTransitional Cells

Verkerk Arie O.; Veldkamp Marieke W.;van Ginneken Antoni C. G.; Wilders Ronald 9

4) NOT PRESENTED Development and Propagation ofEarly After-Depolarizations in a Purkinje-VentricularComputer ModelMonserrat Marta; Saiz Javier; Ferrero, Jr. Jose M.;Ferrero Jose M.; Thakor Nitish V. 13

Session 1.1.2: Cardiac Cellular

Electrophysiology

1) NOT PRESENTED Cell-Specific Ionic Models ofCardiac PacemakerActivityDokos S.; Cloherty S. L.; Lovell N. H.; Zaza A. 17

2) NOT PRESENTED Effect of Calcium-Activated

Chloride Current Blockade on the DelayedAfterdepolarizations. Simulation StudyGomis-Tena J.; Saiz J. 19

3) Ca2*-induced Calcium-Release in a Rat VentricularCell— A Model StudySun Liang; Clark John W.; Fan Jing-Song;Palade Philip T. 23

4) NOT PRESENTED Changes of Contraction RhythmDuring lschemia/Reperfusion in Cultured Cardiac

MyocytesYamauchi Yoshiko; Kakuntani Masaki;

Kohashi Masayuki; Abe Reina; Kawahara Koichi 25

Session 1.1.3: Cardiac Electrophysiology

1) Study ofHigh-Frequency ElectrocardiogramGe Jiguang; Chen Hang; Xu Zheng 32

2) NOT PRESENTED The Memory Effect and Phase

Response ofModel Sinoatrial Node Cells

Coster Adelle C .F.; Celler Branko G.'

36

3) NOT PRESENTED Phase Response of ModelSinoatrial Node Cells - An Investigation oftheInfluence ofStimulus Parameters

Coster Adelle C. F.; Celler Branko G. 40

4) A 2D Monodomain Model ofRabbit Sinoatrial Node

Cloherty S. L.; Lovell N. H.; Dokos S.;Celler B. G. 44

5) Integrated Mechanisms ofK* Loss in MyocardialIschemia: A Simulation StudyRodriguez Blanca; Ferrero (Jr) J. M. 48

6) Stretch Activated Ion Channels in Myocytes:Parameter Estimation, Simulations and Phenomena

Sachse Frank B.; Riedel C; Seemann G.;Werner C. D. 52

7) NOT PRESENTED Cholinergic Regulation ofContraction Rhythm ofSpontaneously BeatingCardiac Myocytes in Culture

Kohashi Masayuki; Abe Reina; Yamauchi Yoshiko;Kawahara Koichi 56

8) Simulation ofAction Potential Propagation Block on aBidimensional Ventricular Tissue Model DuringRegional Myocardial Ischaemia

Trenor Beatriz; Ferrero( Jr) Jose M.;

Montilla Fulgencio 59

Session 1.1.4: Arrhythmogenesis and Spiral

1) NOT PRESENTED Dynamics of Excitation in RingsandAnnuli

Glass Leon; Nagai Yoshihiko; Hall Kevin 63

2) Phase Singularities and Termination ofSpiral WaveReentryEason James C; Trayanova Natalia A. 66

3) Spatiotemporal Dynamics ofPacing in Models ofAnatomical ReentrySinha Sitabhra; Christini David J. 70

4) Unidirectional Blocks and Ectopic Foci Induced byCoupling an Ischemic and a Nortnal Ventricular Cell

Landau Mayer; Bardou Alain 74

5) A Model ofGap Junction Conductance and

Ventricular TachyarrhythmiaWu X. D.; Shen Y. L.; Bao J. L.; Cao C. M.;Xu W. H.; Xia Q. 28

Contents-1

Page 3: Building new bridges ; Vol. 1 - GBV

Track 1.2: Cardiac and Vascular

Biomechanics

Session 1.2.1: Blood Flow and Material

l)

2)

3)

4)

Coronoary Autoregulation Based on Oxygen Flow:

A Model ofOxygen Supply to Coronary' Arteriolar

Smooth Muscle in Injury and Endothelial DysfunctionSheffer N.; Scheinowitz M; Barnea O. 78

NOT PRESENTED P02 - Dependent Regulation ofMicrovascular Blood Flow in Skeletal Muscle

Shibata Masahiro; Kawarada Atsushi; Ando Jojo;Kamiya Akira; Togawa Tatsuo 81

5)

NOT PRESENTED Experimental Study ofBloodLaminar Flow Through a StentedArteryBenard N.; Coisne D.; Perrault R.

NOT PRESENTED The Changes of FlowCharacteristics caused by a Stent in FusiformAneurysm Models

Rhee Keyhan; Han Moon He; Cha Snag Hoon;Khang G.

A Methodfor Estimating the PhysiologicalSignificance ofEach ofSerial Vascular Lesions

Shalman E.; Einav S.

83

86

89

Session 1.2.2: Cardiac Mechanics

1) NOT PRESENTED The Molecular Basis of CardiacMechanics: Regulation ofMotor Unit Recruitment

Levy Carmit; Landesberg Amir 91

2) Quantification of Transmural Differences in

Myocardial Function with MRI TaggingArts Theo; van der Toorn A.; Barenbrug P.;

Snoep G.; Maessen J. 95

3) NOT PRESENTED Ventricular Relaxation in

Myocardial Ischemia: A Computer Model-BasedAnalysisLi John K.; Xiao Jianhong; Drzewiecki Gary;Kedem Joseph; Khaw Kenneth 98

4) Development of Online Monitoring ofMyocardiacElastance by Imposing Dual-Frequency Minute

Vibration

Sugimachi Masaru; Shishido Toshiaki; Kawada Tom;Inagaki Masashi; Sunagawa Kenji 100

5) Initial Experience with a Thin Single SegmentPressure and Conductance Catheterfor Measurement

ofLeft Ventricular Volume

Carlsson Camilla J.; Soderqvist Emil;

Brodin Lars-Ake; Kallner Goran; Hultman Jan;

Elmqvist H&kan; Saha Samir 103

6) NOT PRESENTED Wave Reflection andCharacteristic Impedance in the Conscious Dog as

Influenced by Adrenergic Intervention

Kerkhof Peter L.; Li John K.J. 107

Session 1.2.3: Vascular Flow

1) A New Coronary Modelfor MRI Perfusion Studies

Nouri-Baranger Thouraya; Piquer Estelle;Canet Emmanuelle 109

2) Mechanical Properties of Coronary Arteries and

Internal Mammary Arteries Beyond PhysiologicalDeformationsvan Andel Carolien J.; Pistecky Peter V.;Borst Cornelius 113

3) Flow Field Characterization Inside an Arteriovenous

Graft-to-Vein Anastomosis Under Pulsatile Flow

Conditions

Arslan Nurullah; Loth Francis;

Bassiouny Hisham 116

4) In Vivo Validation ofa One-Dimensional Finite

Element Methodfor Simulation-Based Medical

Planningfor Cardiovascular Bypass SurgerySteele Brooke N.; Taylor Charles A.; Wan Jing;Ku J. P.; Hughes T. J. R. 120

5) NOT PRESENTED Mathematical Model of VenousOcclusion Plethysmographyfor Diagnosing DeepVein Thrombosis

Lee J.; Noh H. J.; Yoon Y. R.; Yoon H. R.;

Lee K. J. 124

6) Geometrical Design ofArtificial Heart Valve Based

on Blood Flow Attalysis Around the Valve

Rajaai Seyed M.; Fatemi Mohammad R. 126

7) A Study of Discharge Coefficient in Bileaflet Valves

Grigioni M.; Daniele C; D'Avenio G.;Morbiducci U.; Del Gaudio C; Barbara V. 127

8) Angular Error in Ultrasound Doppler Tissue

Velocities and its Influence on the Derived Variable

Peak Systolic Strain

Storaa Camilla; Brodin Lars-Ake; Lind Britta 131

9) Bloodand Wall Signal Simulatorfor DopplerUltrasound Signal Analysis Algorithm DevelopmentFish Peter J.; Bastos Carlos A. C; Vaz Francisco 135

10) NOT PRESENTED Synchronized Measurements ofMaximum Blood Flow Velocities in Carotid, Brachial

and Femoral Arteries, and ECG in Human Posture

ChangesHirao Yuji; Kuroda Takashi; Zhang Dali;

Kinouchi Yohsuki; Yamaguchi Hisao;Yoshizaki Kazou 139

Contents-2

Page 4: Building new bridges ; Vol. 1 - GBV

Session 1.2.4: Cardiac

Mechanics/Cardiovascular Systems

Session 1.2.5: Hemodynamics and Vascular

Mechanics

1) Measurement of Contraction ofIsolated

Cardiomyocytes During Anoxia/Reoxygenation and

the Antagonism ofSalvia Miltiorrhiza

Xu W. H.; Xia Q.; Cao C. M; Zhu C. Y.;

Wu X. D.; Shen Y. L.; Bao J. L. 143

2) A Noninvasive Methodfor Characterizing Ventricular

Diastolic Filling DynamicsMukkamala R.; Mark R. G.; Cohen R.J. 147

3) Design ofa Single Segment Conductance CatheterforMeasurement ofLeft Ventricular Volume

Soderqvist E.; Carlsson C; Brodin LA.; Elmqvist H.;Kronander H.; Ericsson AB. 151

4) NOT PRESENTED A Single-Beat Estimation Method

for Emax Directly Based on Linearity ofVentricular

Elastance

Yoshizawa Makoto; Yokogawa Megumi;Tanaka Akira; Abe Ken-ichi; Takeda Hiroshi;

Saijo Yoshifumi; Yambe Tomoyuki;Nitta Shin-ichi 155

5) Towards Rapid Screening ofTagged MR Images ofthe

Heart

Goksel Dilek; Ozkan Mehmed;Ozturk Cengizhan 156

6) Intra- and Interobserver Reproducibility in Off-LineExtracted Cardiac Tissue Doppler VelocityMeasurements andDerived Variables

Gaballa Mohsen; Lind Britta; Storaa Camilla;Brodin Lars-Ake 160

7) Analytical Models for Predicting Mechanical

Properties ofSelf-Expandable Metal Stents with Cover

Membrane

Moon T.; Hong D.; Chun H. J.; Hyun J. H.;Lee K. B. 163

8) NOT PRESENTED The Mitral Valve Prolapsus:Quantification ofthe Regurgitation Flow Rate byExperimental Time-Dependant PIV

Billy F.; Coisne D.; Sanchez L.; Perrault R. 167

9) Case Follow-Up Study the Patients UndergoingMetalic Heart Valves Replacement ThroughPhonocardiography AnalysisKemaloglu Semra; Kara Sadik 169

10) Possible Mechanisim for Modulating Cardiovascular

System During Running in Humans

Zhang Daoming; Celler Branko 173

1)

2)

The Aorta: Built to Last a Lifetime?Greenwald Stephen E.; Ryder Gemma C;

Martyn Christopher N. 180

3)

4)

5)

Vascular Adaptations to Transverse Aortic Banding in

Mice

Hartley Craig J.; Ochoa Lyssa N.;

Reddy Anilkumar K.; Michael Lloyd H.;

Pocius Jennifer S.; Pham Thuy T.; Scott Cederick W.;

Entman Mark L.; Clark, Jr. John W.;Taffet George E. 184

Estimation ofArterial Pulse Wave Velocity with a New

Improved Tissue DopplerMethod

Persson Magnus; Eriksson Anders; Persson Hans W.;

Lindstrom Kjell 188

Mathematical ModelAnalysis ofHeart-ArterialInteraction in Hypertension

Segers Patrick; Stergiopulos Nikos; Verdonck Pascal;

Westerhof Nico 192

Transient Changes of Vascular Smooth Muscle Tone

andMyogenic Response to Acute HypertensionFridez P.; Makino A.; Miyazaki H.; Meister J. J.;

Hayashi K.; Stergiopulos N. 196

11) Hemodilution: Modeling and Clinical Aspects

Kaya Mehmet; Li John K. J. 177

Session 1.2.6: Hemodynamic Modeling and

Measurement Techniques

1) The Non-Invasive Functional Tissue Characterization

forArteriosclerosis by Artery Wall Motion Analysiswith Time Series High-Speed Echo Images and

Continuous Spygmo-Manometer

Nagakura Toshiaki; Masuda Koji; Ooe Yosuke;

Kosuge Shinya; Hase Youko; Okazaki Toshihiko;

Ishihara Ken; Hori Masatsugu;Furukawa Toshiyuki 197

2) Analysis ofEffects ofNonuniform Beam Profile on

Doppler Power Spectrum and Mean Velocity

Zhang Dali; Hirao Yuji; Kuroda Takashi;Kinouchi Yohsuke; Ymaguchi Hisao;

Yoshizaki Kazou 201

3) Wavelet-Based Fluctuation Analysis ofLaser DopplerBlood Flux on Renal Cortex in Rats

Chao Pin-tsun; Jan M. Y.; Huang C. Y.;

Wang Y. Y. Lin; Wang W. K. 202

4) Applying the Resonance Equation to the Blood

Pressure Waveform Variation in Aorta Bending and

Renal Ligation ofRats

Hsiu Hsin; Jan Ming-Yie; Wang Yuh-Ying Lin;

WangWei-Kung 205

Contents-3

Page 5: Building new bridges ; Vol. 1 - GBV

5) Estimation ofCoherence Between the Pulsatile Aortic

Blood Pressure and the Renal Cortical Flux in DODS

Jan Ming-Yie; Shyu J. J.; Chao P. T.;

Wang Y. Y. Lin; Wang W. K. 209

6) A Hydraulic Model ofArterial Systemfor Study the

Relationship Between Blood Distribution and

Frequency Characteristics ofBlood Pressure

WaveformLee Tsung-Chieh; Hsiao Ming-Liang;

Tang Shih-Tsang; Young Shuenn-Tsong 213

7) A Comparative Study in the Use ofBrachial

Photoplethysmography and the QRS Complex as

Timing References in Determination ofPulse Transit

Time

Maguire M.; Ward T.; Markham C; OShea D.;

Kevin L. 215

8) Radial Artery Pulse Change During Cold Pressor Test

Mun Kyung-Won; Soh Kwang-Sup 219

9) NOT PRESENTED Systolic Blood Pressure AccuracyEnhancement in the Electronic Palpation Method

using Pulse Waveform

Sorvoja Hannu S. S.; Myllyla Risto A.;

Nissila Seppo M.; Karja-Koskenkari Paivi M.;Koskenkari Juha K.; Lilja Mauno K.;

Kesaniemi Y. Antero 222

10) A Digital Envelope Detection Filterfor Blood

Pressure Measurement

Lee Jong Youn; Kim J. K.; Yoon G. 226

11) Effects ofMechanical Pumping on the Arterial Pulse

Wave Velocity: Peripheral Artery andMicro-Vessels

Wu Shu-Mei; Shau Yio-Wha; Lin Bor-Shyh;Chong Fok-Ching 229

12) Exercise Testing in Hypertension Patients

Meng Zhaohui; Bai Jing; Cui Shuqi;Wang Suzhong 233

13) A Neural Networkfor Estimation ofAortic Pressure

from the RadialArtery Pressure Pulse

Qasem Ahmed M.; Avolio Albert; Frangakis G. 237

Session 1.2.7: Modeling of Cerebrovascular

Dynamics

1) Modelling Cerebral Blood Flow Autoregulation in

Humans

Panerai Ronney B. 240

2) A Cellular Based Model ofthe Myogenic Response in

Isolated Rat CerebralArteries

Yang Jin; Clark John W.; Bryan Robert;

Robertson Claudia 244

3) The Role of Oxygen in Cerebrovascular Control: A

Mathematical AnalysisUrsino Mauro; Magosso Elisa 247

4) NOT PRESENTED Modeling Cyclic Variation ofIntracranial Pressure

Daley Michael L.; Pasley R. L.; Leffler C. W. 251

5) Comparison of Two Linear Models ofDynamicCerebral AutoregulationLiu Yi; Allen R.; Kirkham S.; Birch A. 255

6) NOT PRESENTED Non-Invasive Technologies forIntracranial Pressure/Volume Measurement

Ragauskas Arminus; Petkus V. 259

Session 1.2.8: Cerebrovascular Dynamics

1) NOT PRESENTED Intracranial Pressure

Monitoring: Relationship Between Indices ofCerebrovascular Reserve, System Bandwidth, and

Cerebral Perfusion

Daley Michael L.; Han Sulhyung; Timmons Shelly D.;

Pourcyrous M.; Leffler C. W. 263

2) Preliminary Study on the Oxygen ConsumptionDynamics During Brain Hypothermia Resuscition

Ji Yan; Liu Jing 266

3) MRI Measurements of Craniospinal and Intracranial

Volume Change in Healthy and Head Trauma Cases

Alperin N.; Kadkhodayan Y.; Varadarajalu B.;

Fisher C.; Roitberg B. 270

4) Numerical Study ofthe Cerebro-Spinal Fluid (CSF)

Dynamics Under Quasi-Static Condition During a

Cardiac CycleFin Lo'ic; Grebe Reinhard; Baledent Olivier;

Idy-Peretti liana 274

5) Reciprocal Influence ofSlow Waves Extracted in

Intracranial Pressure, Arterial Pressure and

Cerebral Blood Velocity Signals

Cervenansky Frederic; Lemaire Jean-Jacques;Boire Jean-Yves 277

Track 1.3: Cardiac Activation

Session 1.3.1: Optical Potential Mapping in

the Heart

1) Structure Related Membrane Polarizations in Field

Stimulated Guinea Pig Papillary Muscle

Windisch Herbert; Dapra David; Kohler Hans;

Miinzer Thomas; Janschitz Michaela 280

2) Refined Calibration Methodsfor Optical Potential

Mapping in Single CardiomyocytesPlatzer D.; Dapra D.; Windisch H. 283

3) Electro-Anatomical Characterization by Cardiac

Electric Near-Fields

Hofer Ernst; Plank Gemot; Schafferhofer I.;

Sanchez-Quintana D. 285

Contents-4

Page 6: Building new bridges ; Vol. 1 - GBV

4) NOT PRESENTED Advances in Noncontact

Endocardial MappingKhoury D. S.; Rao L. 288

5) Minimally Invasive Epicardial Activation Mappingfrom Multielectrode Catheters

Yilmaz Bulent; MacLeod Rob S.; Shome Shibaji;Punkse Bonnie B.; Taccardi Bruno 290

Session 1.3.2: Mapping and Arrhythmias

1) Real-Time Control ofthe Embedded WaveformforExternal Defibrillation

Gorbunov Boris B.; Gusev Alexey N.;Hlebnekov Yuri B.; Kurekov Sergey F.;

Selishchev Sergey V. 294

2) NOT PRESENTED ECG Segmentation and P-Wave

Feature Extraction: Application to Patients Prone to

Atrial Fibrillation

Lepage R.; Boucher J. M.; Blanc J. J.;

Cornilly J. C. 298

3) Wavelet-Based Filtering for the Clinical Evaluation ofAtrial Fibrillation

Watson J. N.; Addison P. S.; Grubb N.; Clegg G. R.;

Robertson C. E.; Fox K. A. A. 302

4)

5)

6)

7)

8)

First Experience in AtrialActivation ImagingfromClinical Electrocardiographic Mapping Data

Tilg Bernhard; Modre Robert; Fischer Gerald;Hanser Friedrich; Messnarz Bernd;Schocke Michael F. H.; Kremser Christian;

Pachinger Otmar; Wach Paul; Hintringer Florian;Roithinger Franz X. 303

Analysis ofthe Activation Propagation on Both

Ventricles using Tagged MRISamli Asim; Ozturk C; Faris O.; Wyman B. 307

Noninvasive Imaging ofVentricular Activation -

Application to Patients with WPW-SyndromeFischer Gerald; Tilg Bernhard; Modre Robert;

Roithinger Franz X.; Hintringer Florian;Berger Thomas; Abou-Harb Maria; Hanser Friedrich;Messnarz Bernd; Schocke Michael F. H.;

Kremser Christian; Pachinger Otmar; Wach Paul 311

Dense Electrical Map Reconstructionfrom ECG/MCGMeasurements using a Priori Myocardial Fiber

Structure andActivation Sequence InformationDebreuve Eric; Gullberg Grant T. 315

Computer Simulation ofElectrical Propagation in

Cardiac Tissue

Arafune Tatsuhiko; Mishima Akira;

Kobayashi Etsuko; Sakuma Ichiro; Inada Hiroshi;Dohi Takeyoshi; Shibata Nitaro; Yamamoto Mituru;Niwa Yoko; Honjo Haruo; Kodama Itsuo 319

9) Depolarization Diffusion During Weak

Suprathreshold Stimulation ofCardiac Tissue

Nikolski Vladimir; Sambelashvili Aleksandre;Efimov Igor R. 323

10) An Experimental Study ofBody Surface Mapping ofChronic Myocardial InfarctionLian Jie; Ramachandra Indiresha; Cheng Jia;Avitall Boaz; He Bin 332

11) High Resolution Optical Mapping ofNa+ Blocked

Ventricular TachycardiaMishima Akira; Arafune Tatsuhiko; Tanoue Naoki;Kobayashi Etsuko; Sakuma Ichiro; Inada Hiroshi;

Dohi Takeyoshi; Shibata Nitaro; Nihei Motoki;

Yamamoto Mitsuru; Niwa Ryoko; Honjo Haruo;Kodama Itsuo 334

12) Linear Inverse Approachesfor the Reconstruction ofEpicardial and Transmembrane Potential Patterns

Messnarz Bernd; Tilg Bernhard; Modre Robert;

Fischer Gerald; Hanser Friedrich; Wach Paul 337

13) Development ofa Large-Scale ComputerHeartModelfor Supporting Clinical Studies ofArrhythmiasSugimachi Masaru; Inagaki Masashi;Nakazawa Kazuo; Suzuki Toru; Kawada Toru;

Sunagawa Kenji 341

14) Enhancement ofR-Wave Detection in ECG Data

Analysis using Higher-Order Statistics

Panoulas Kostas I.; Hadjileontiadis Leontios J.;Panas Stavros M. 344

Session 1.3.3: Propagation of Electrical

Activity in Cardiac Tissue

1) Computationally Efficient Methodsfor Solving the

Bidomain Equations in 3D

Vigmond Edward J.; Aguel Felipe;Trayanova Natalia A. 348

2) Model Study ofVector-Loop Morphology DuringElectrical Mapping ofMicroscopic Conduction in

Cardiac Tissue

Plank Gemot; Hoefer E.; Leon Joshua 352

3) The Effects ofIschemia on the Ectopic ActivityInduced by EADs. Computer Simulation.

Colomar Enrique; Saiz Javier; Ferrero, (Jr) J. M. 355

4) Simulation ofPropagation in a Realistic-GeometryComputer Heart Model with Parallel ProcessingTrudel Marie-Claude; Gulrajani Ramesh M.;Leon L. Joshua 359

Contents-5

Page 7: Building new bridges ; Vol. 1 - GBV

Session 1.3.4: Forward-Inverse Problems in

ECG and MCG

1) Application ofLead Field Theory and ComputerizedThorax Modeling for the ECG Inverse Problem

Puurtinen Hanna-Greta; Hyttinen Jari;

Kauppinen Pasi; Takano Noriyuki; Laarne Paivi;

Malmivuo Jaakko 363

2) Effect of Cardiac Phases and ConductivityInhomogeneities of the Thorax Models on ECG Lead

Selection and Reconstruction

Takano Noriyuki; Puurtinen Hanna-Greta;Kauppinen Pasi; Hyttinen Jari; Malmivuo Jaakko 367

3) Direct and Inverse Problems in Simulation ofHumanVentricular Conduction System ElectrogramsLvov Boris; Al-Nashash Hasan 371

4) NOT PRESENTED Measurement of Two-Dimensional Impedance Magnetocardiogram-Model Experiment-Kandori Akihiko; Suzuki D.; Miyashita K.;

Yokosawa K.; Tsukada K. 374

5) A Sensitive Magnetocardiograph for Fetal

Surveillance

Uzunbajakau S. A.; Golbach E. G. M.; Stinstra J. G.;

Peters M. J. 378

2) NOT PRESENTED Termination ofReentrant

Propagation by a Single Extracellular Stimulus in an

Atrial Ring Model

Johnson C. R.; Barr R. C. 398

3) NOT PRESENTED A Simulation Study on a Catheter

Navigation Methodfor Guiding the Ablative TherapyofCardiac ArrhythmiasFukuoka Yutaka; Oostendorp Thorn F.;Cohen Richard J.; Armoundas Antonis A. 402

4) NOT PRESENTED Electro-Anatomical Four-

Dimensional Mapping of Ventricular TachycardiaPanescu Dorin; Nasir Mansoon; Masse Stephan;Sevaptsidis Elias; Downar Eugene 405

5) Multiple Probe Hepatic Radio-Frequency Ablation:

Ex-Vivo Experiments in the Porcine Model

Haemmerich Dieter; Webster John G.;Lee, Jr. Fred T.; Wright Andrew W.;

Mahvi David M. 408

Track 1.4: Pulmonary SystemAnalysis and Critical Care

Medicine

Session 1.4.1: Cardiopulmonary Modeling

Session 1.3.5: Electrocardiology

1) NOT PRESENTED Deriving the 12-Lead

Electrocardiogramfrom Four Standard Leads Based

on the Frank Torso Model

Wei Darning 381

2) Behaviorof an Automatic Pacemaker SensingAlgorithmfor Single-Pass VDD Atrial ElectrogramsKim J.; Lee S. H.; Yang S. Y.; Cho B. S.;

Huh W. 385

3) Catheter Calibration using Template Matching Line

Interpolation Algorithm

Nagy Laszlo; Szilagyi L. 387

4) Ventricular Repolarization Evaluation from SurfaceECGforIdentification ofthe Patients with Increased

Myocardial Electrical InstabilityLass Jaanus; Kaik Jiiri; Karai Deniss;

Vainu Meelis 390

Session 1.3.6: Electrophysiology and

Ablation

1) A 3D-Modelfor Computer Simulation ofAtrial

ElectrophysiologyFredby Magnus; Elmqvist Hakan 394

1) An Integrated Model ofthe Human CardiopulmonarySystemLu Kun; Clark John W.; Ghorbel Fathi H.;

Ware David L.; Bidani Akhil 412

2) Dynamic Chest Image Analysis: Evaluation ofModel-Based Pulmonary Perfusion Analysis with PyramidImages

Liang Jianming; Jarvi Timo; Kiuru Aaro;Kormano Martti; Svedstrom Erkki 415

3) Modeling ofDiffusion Based Correlations Between

Heart Rate Modulations and Respiration Pattern

Langer Ruben; Smorzik Y.; Akselrod S. 421

4) A Mathematical Model of Cardiovascular Response to

Dynamic Exercise

Magosso Elisa; Felicani Alessandro;

Ursino Mauro 425

5) NOT PRESENTED A Simulation Study ofMechanism

ofPostflight Orthostatic Intolerance

Hao Weiya; Bai Jing; Zhang Weiying; Wu Xingyu;Zhang Lifan 429

Session 1.4.2: Pulmonary and

Cardiovascular Clinical Systems

1) Transient Respiratory Sensivity to Small Mechanical

Stimuli Assessed by Spontaneously Breathing on a

Ventilator

Hellstrom Lars Gosta; Persson Jan 433

Contents-6

Page 8: Building new bridges ; Vol. 1 - GBV

2)

3)

4)

5)

6)

7)

8)

9)

Non-Invasive Measurement ofDiaphragmaticContraction Timing in Dogs

Torres Abel; Fiz Jose Antonio; Morera Josep;

Grassino Alejandro; Jane Raimon 437

The Comparison of Work ofBreathing Methodologieson a Patient Model

Koumoundouros Emmanuel; Santamaria John;

Patterson John 441

Identifying Physiologically Significant Pumping State

Transitions in Implantable Rotary Blood Pumps used

as Left VentricularAssist Devices: An In-Vivo Study

Ayre Peter; Lovell Nigel H.; Morris Richard W.;

Wilson Megan L.; Woodard John C. 445

Perioperative Closed-Loop Control ofAnalgesia in

Humans

Schaniel Christoph; Gentilini Andrea;

Morari Manfred; Bieniok Christian;

Wymann Rolf; Schnider Thomas W. 449

NOT PRESENTED Development ofCardiac MassageVest System

Miyawaki Fujio; Tsuji Takayuki; Toyoda Manabu;Kumon Keiji; Miyazaki Shunici; Sakuma Ichiro;

Dohi Takeyoshi 450

NOT PRESENTED Influence ofGender, Training and

Orcadian Time ofTesting in the Cardiovascular

Response to Stress Tests

Alonso Ignacio; Fernandez J. R.; Hermida Ramdn C;

Mojdn Artemio 451

Short Term Effects ofPulsatile Perfusion in High Risk

Patients

Kocakulak Mustafa; Kucukaksu D. Siiha;Ozatik M. Ali; Tarcan Onurcan; Kale Arzum;

Askin Goktan: Akgiil Ahmet; Guner Seralp;Balci Mustafa; Undar Akif; Pisjcin Erhan:

§ener Erol; Tasdemir Oguz 455

Investigation ofBlood ProteinsAdsorption on Coated

and Uncoated Hollow Fiber Surfaces in

Extracorporeal Circuits During CardiopulmonaryBypassKocakulak M.; Gunaydin S.; Saber R.; Kocum C;Farsak B.; BingOl N.; Sari T.; Yorgancioglu C;Zorlutuna Y.; Ayhan H.; Piskin E. 459

10) Hydraulic Properties of the Hemopump HP31: A

Study ofthe Downstream Pressure Distribution

Grigioni M.; Carotti A.; Daniele C; Morbiducci U.;

Del Gaudio C; D'Avenio G.; Barbaro V.;

Di Donato R. 462

Session 1.4.3: Mechanical CirculatorySupport

1) NOT PRESENTED A Pump Control Indexfor

Reducing Suction and Backflow Effect caused by the

Portable Centrifugal Blood PumpLin Y. H.; Chou N. K.; Chen Y. Y.; Jan G. J. 465

2) First Implants ofthe MicroMed DeBakey VAD in

Turkey

Oguz Tasdemir; Erol Sener; Siiha Kucukaksu Deniz;

Onurcan Tarcan; Ali Ozatik Mehmet; Seref Kugiiker;

George Noon 467

3) Hemodynamic Aspects ofthe Berlin Ventricle Assist

Device

Avrahami I.; Einav S.; Rosenfeld M.; Affeld K. 468

4) Control ofArtificial Hearts using Autonomic Nervous

SignalsSuzuki T.; Mitsui M.; Inagaki F.; Ohkura M.; Saito T.;

Kakuta N.; Isoyama T.; Saito I.; Chinzei T.;

Imachi K.; Mabuchi K. 473

Session 1.4.4: CardiopulmonaryBypass/Extracorporeal Circulation

1) A State-Observerfor Patient Status in Cardiac

Surgery

Naujokat E.; Kiencke U. 475

2) The Effect ofPerfusion Quality DuringExtracorporeal Circulation on the Early Results ofCardiac Surgery

Siiha Kucukaksu Deniz; Ahmet Akgiil; Goktan Askin;

Seralp Guner; AkifUndar; Erol Sener;

Oguz Tasdemir 479

3) Effects of Pulsatile Versus Nonpulsatile Flow on

Cerebral Hemodynamics During Pediatric

Cardiopulmonary Bypass with Deep Hypothermic

Circulatory Arrest

Undar A.; Vaughn W. K.; Calhoon J. H. 480

4) Experimental Setupfor the Quantification ofthe

Cardio-Pulmonary Responses to Different Artificial

Respiratory Loads

Bianchi Anna M.; Baselli Giuseppe;Ghislanzoni Marco; Navalesi Paolo;

Cerutti Sergio 484

5) Analysis ofthe Total Surgical Cardiac Denervation by

Computer Simulation

Karaaslan F.; Denizhan Y.; Kayserilioglu A.;Gulcur H. O. 488

6) NOT PRESENTED Effect ofSegmented Polyurethane

Coating on Thrombus Regulated with Pulsatile Shear

Flow

Hashimoto Shigehiro; Murashige Yoshinori;

Yamanaka Atsushi; Otani Hajime; Imamura Hiroji;Fukutome Akira 492

Contents-7

Page 9: Building new bridges ; Vol. 1 - GBV

Track 1.5: Modeling and Control

of Cardiovascular and Pulmonary

Systems

Session 1.5.1: Heart Rate Variability i:

Modeling and Clinical Aspects

1) NOT PRESENTED Comparison ofLinear and Non-

LinearAnalysis ofHeart Rate Variability in Sedated

Cardiac Surgery Patients

Korhonen I.; Mainardi L. T.; Ypparila H.;

Musialowicz T. 496

2) A Wavelet-Packet Methodfor the Identification ofVentilator Influence on Heart Rate VariabilityMainardi L. T.; Korhonen I.; Bonacina S.;

Cerutti S. 500

3) Heart Rate Variability Measurements During Exercise

TestMayImprove the Diagnosis ofIschemic Heart

Disease

Mateo J.; Serrano P.; Bailon R.; Garcia J.; Ferreira A.;

Del Rfo A.; Ferreiral. J.; Laguna P. 503

4) Heart Rate Variability Analysisfor Patients with

Obstructive Sleep ApneaDickhaus H.; Maier C; Bauch M. 507

5) Cardiovascular Variability in Obstructive Sleep

Apnea: A Closed-Loop AnalysisJo J. A.; Khoo M. C. K.; Blasi A.; Baydur A.;

Juarez R. 511

6) Heart Transplantation - Spectral and BispectralAnalysisToledo E.; Pinhas I.; Aravot D.; Akselrod S. 515

Session 1.5.2: Heart Rate Variability

1) Harmonic Variations ofArterial Pulse During DyingProcess ofRats

Kuo Y. C; Lo S. H.; Wang W. K. 519

2) NOT PRESENTED A New, Fast, and Robust Index

for Heart Rate Variability AnalysisGarcfa-Gonz&lez M. A.; Pallas-Areny R. 522

3) New Insights into the Relationship Between Poincare

Plot Geometry and LinearMeasures ofHeart Rate

VariabilityBrennan Michael; Palaniswami Marimuthu;

Kamen Peter 526

4) Investigations ofCardiac Rhythm Fluctuation usingthe DFA Method

Slabu Lavinia; Negoita Catalina; Sandu Anca;

Amariei Liviu; Corduneanu Constantin;

Grosu loan 530

5) Changing Relationships Between Skin Blood Flow and

Arterial Pressure in Mild Exercise and Recovery

Baselli G.; Misani M.; Cerutti S.; Porta A.;

Vecchia L. Dalla; Lucini D.; Pagani M. 534

6) Respiratory Effect to Heartbeat Fluctuations in

Neonates

Mizote M.; Matsuzaki H.; Kume M. 537

7) NOT PRESENTED Characterization ofAutonomic

Nervous Influences on PR and RR Intervals in the

ElectrocardiogramSheridan E.; Heneghan C; OMalley M.; Nolan P.;

McNicholas W.; Cullen J. P.; Nolan P. G. 540

8) Relation Between Heart Rate Turbulence and Heart

Rate Variability Spectral ComponentsTurkmen Ahmet; Ider Yusuf Ziya; Sade Elif;

Aytemir Kudret; Oto Ali; Kucukdeveci Fikret 544

Session 1.5.3: Heart Rate Variability II:

Nonlinear processing

1) Working on the Noltisalis Database: Measurement of

Nonlinear Properties in Heart Rate Variability Signals

Signorini M. G.; Sassi R.; Cerutti S. 547

2) NOT PRESENTED Dynamic Analysis ofthe

Correlation Integral ofHeart Rate Variability in

Hypertrophic Cardiomyopathy Patients

Carvajal R.; Vallverdu M.; Zebrowski J. J.;Baranowski R.; Chojnowska L.; Caminal P. 551

3) Joint Symbolic Dynamics Analysis ofHeart Rate and

Systolic Blood Pressure Interactions in Dilated

CardiomyopathyVoss A.; Baumert M. 555

4) Non-Linear Coupling Among Cardiovascular

Variability Signals in Neuromediate SyncopeCensi F.; Calcagnini G.; Strano S.; Bartolini P.;

Barbara V. 559

5) Poincare Plots and Symbolic Dynamics Patterns ofLeft Ventricular Function Parameters Extractedfrom

Echocardiography Acoustic Quantification

D'Addio G.; Caiani E. G.; Turiel M.; Muzzupappa S.;

Porta A.; Cerutti S.; Rengo F. 563

6) A New Model-Based Ectopic Beat Correction

Algorithmfor Heart Rate VariabilityBrennan Michael; Palaniswami Marimuthu;

Kamen Peter 567

7) Adaptive Mean and Trend Removal ofHeart Rate

Variability using Kalman Filtering

Schlogl A.; Fortin J.; Habenbacher W.; Akay M. 571

8) NOT PRESENTED Estimation ofTotal BaroreflexGain using an Equilibrium Diagram Between

Sympathetic Nerve Activity andArterial Pressure

Kawada T.; Sugimachi M.; Sunagawa K. 574

Contents-8

Page 10: Building new bridges ; Vol. 1 - GBV

9) NOT PRESENTED Attenuation ofa Pulsatile

Pressure Component in the Neural Arc ofthe Arterial

BaroreflexKawada T.; Sugimachi M.; Sunagawa K. 578

Session 1.5.5: Neural Control of the

Cardiovascular System

l)

2)

3)

4)

5)

6)

7)

8)

BurstActivity and Heart Rhythm Modulation in the

Sympathetic Outflow to the Heart

Baselli G.; Falcomata C; Gelain F.; Cerutti S.;Massimini M; Montano N.; Porta A. 582

NOT PRESENTED A Bionic Approach to

Cardiovascular Regulation: BionicArterial

Baroreflex System

Sugimachi M.; Sato T.; Kawada T.; Inagaki M.;Sunagawa K. 585

Central and Reflex Effects Standing on Cardiac

Interval ResponseTakaue Junji; Yonezawa Yoshiharu;

Nionomiya Ishio 588

NOT PRESENTED Assessment ofBaroreflexContribution to Spontaneous Blood Pressure-Heart

Rate Coupling by Cross Mutual InformationDi Rienzo M; Hoyer D.; Castiglioni P.; Parati G.;

Pompe B.; Zwiener U. 589

NOT PRESENTED Monitoring the Brain-Stem State

Through the Assessment ofthe Baroreceptor-HeartRate Reflex in Critically Brain-Injured Patients

Castiglioni P.; Conci F.; Parati G.; Di Rienzo M. 592

Analysis of Cardiovascular Instability by aMathematical Model ofBaroreflex Control

Magosso E.; Biavati V.; Ursino M. 596

Baroreceptor-Sensitive Fluctuations ofHeart Rate

and Pupil Diameter

Calcagnini G.; Giovannelli P.; Censi F.; Bartolini P.;Barbara V. 600

Baroreflex Sensitivity Estimation by the TransferFunction Method Revised: Effect ofChanging the

Coherence Criterion

Pinna G. D.; Maestri R.; Raczak G.; Swenne C. A.;

La Rovere M. T. 604

Theme 2. Neural Systems and

Engineering

Track 2.1: Neural Imaging and

Sensing

Session 2.1.1: Brain Imaging

1) Tikhonov Regularization using a Minimum-Product

Criterion: Application to Brain Electrical

TomographyVentouras E. M.; Papageorgiou C. C;Uzunoglu N. K.; Christodoulou G. N. 608

2) Extraction ofthe Hemodynamic Response in

Randomized Event-Related Functional MR1

Ari Narter; Yen Yi-Fen 612

3) Evaluation ofBrain Atrophy Measures in MRI

Atkins M.S.; Orchard J.; Tory M. K. 616

4) Redefining Fetal Evoked Fields with Biomagnetic

Recordings Over the Whole Maternal Abdomen

Preissl H.; Eswaran H.; Wilson J. D.; Robinson S.;Vrba J.; Murphy P.; Lowery C. L. 620

5) Brain Surface Current Density Mapping in Pianists

andNon-Pianists

Haueisen J.; Knosche T. R. 624

6) Estimation ofBidirectional Information Flow in the

Human Brainfrom Evoked Potentials by use ofDipoleTracing Method

Take Noriyuki; Kosugi Yukio;Musha Toshimitsu 627

7) NOT PRESENTED Selective Stimulation and

Measurement in the Cochlear Nucleus with the SpikeMicroelectrode ArrayMase F.; Takahashi H.; Ejiri T.; Nakao M.;Nakamura N.; Kaga K.; Herve T. 631

Session 2.1.2: EEG/MEG processing

1) Autocorrelation and Cross-Correlarion Analyses ofAlpha Waves in Relation to Subjective Preference ofa

Flickering LightSoeta Y.; Uetani S.; Ando Y. 635

2) NOT PRESENTED Spatial Filtering in the TrainingProcess ofa Brain Computer InterfaceMourino Josep; Millan Jos6 del R.; Cincotti Febo;

Chiappa Silvia; Jane" Raimon; Babiloni Fabio 639

3) NOT PRESENTED Visualization ofTime-FrequencyComponents ofHuman Movement-Related Cortical

Potential using Wavelet TransformKawada Masatake 643

4) A Distinguish Method ofEpileptic EEG and

Deglutition EEG Based on Chaotic Noise-Reductrion

Ouyang Guanghua; Li Chunyan; Jiang Guotai 647

Contents-9

Page 11: Building new bridges ; Vol. 1 - GBV

5) Mahalanobis Distance-Based Classifiers are able to

Recognize EEG Patterns by using Few EEG

Electrodes

Babiloni Fabio; Bianchi Luigi; Semeraro Francesco;

Millan Jose del R.; Mourino Josep; Cattini Angela;Salinari Serenella; Marciani Maria Grazia;

Cincotti Febo 651

6) Brain Computer Interface: The Use ofLowResolution Surface Laplacian and Linear Classifiersfor the Recognition ofImagined Hand Movements

Cincotti Febo; Bianchi Luigi; Millan Jose del R.;

Mourino Josep; Salinari Serenella;Marciani Maria Grazia; Babiloni Fabio 655

2) Acceleration ofLearning in Hybrid Neural Networks:

A Novel Approachfor the Design ofBrain

Chaosmakers

Bardakjian Berj L.; Chiu Alan 687

3) NOT PRESENTED A Studyfor the Feature Selection

to Identify Giemsa-Stained Hwnan Chromosomes

Based on Artificial Neural Network

Ryu Seung Yun; Cho Jong Man;

Woo Seung Hyo 691

4) Binding and Segmentation of Visual Images by means

ofOscillatory Neurons

Ursino M.; La Cara G. E.; Sarti A. 693

7) Analysis ofMEG Relating to Subjective Preference ofVisual Motion Stimuli

Okamoto Yosuke; Soeta Yoshiharu; Nakagawa Seiji;Tonoike Mitsuo; Ando Yoichi 659

Track 2.2: Neural Computation:Artificial and Biological

Session 2.2.1: Neural ComputationalModeling Closely Based on Anatomy and

Physiology

1) How Efficiently a Ganglion Cell Codes the Visual

SignalSmith R. G.; Dhingra N. K.; Kao Y. H.;

Sterling P. 663

2) Computer Simulations ofDorsal Cochlear Nucleus

Neural CircuitryHancock K. E.; Davis K. A.; Voigt H. F. 666

3) Stochastic and Coherence Resonance in HippocampalNeurons

Durand D. M.; Stacey W. C. 670

4) NOT PRESENTED Learn++: An Incremental

Learning Algorithm Based on Psycho-PhysiologicalModels ofLearningPolikar R. 672

5) A Biologically Inspired Neural Network Composed ofDissimilar Single Neuron Models

Poirazi P.; Neocleous C. C; Pattichis C. S.;Schizas C. N. 676

6) Dual Nature Hidden Layers Neural Networks "A

Novel Paradigm ofNeural NetworkArchitecture "

Karthikeyan S.; Prakash Ravi; Paul B. B. 680

Session 2.2.2: Neural Computation

1) Online Morse Code Automatic Recognition withNeural Network SystemLuo Ching-Hsing; Fuh Duu-Tong 684

5) Classification ofRespiratory Sounds by using an

Artificial Neural Network

Sezgin M. C.; Dokur Z.; Olmez T.; Koriirek M. 697

6) A Simple Neural Network Systemfor Wisconsin Card

Sorting Test

Kaplan Giilay B.; Gene Ibrahim; Giizelis. Ciineyt 700

Track 2.4: Neural Interfacing

Session 2.4.1: Neural Recording

1) Noise Tolerance as a Measure ofChannelDiscrimination for Multi-Channel Neural InterfacesSahin Mesut 704

2) Neural Source Localization using Advanced Sensor

Array Signal Processing TechniquesOweiss K. G.; Anderson D. J. 707

3) Addition ofan Intrafascicular Electrode at the Site ofApplication ofa Multipolar Nen>e CuffEnhances the

Opportunityfor Selective Fascicular Activation

Riso R.; Dalmose A.; Stefania D.; Schuttler M. 711

4) Intraoperative Recording ofENGfrom Human Sacral

Nerve Roots

Rijkhoff N. J. M.; Kurstjens G. A. M.; Vidal J.;Rodriguez A.; Borau A.; Sinkjaer T. 715

5) Signal Strength in Nerve CuffElectrode RecordingsAndreasen L. N. S.; Struijk, J. J. 719

6) EEG Signals Can Be used to Detect the VoluntaryHand Movements by using an Enhanced Resource-

Allocating Neural Network

Erfanian Abbas; Gerivany Mahdi 721

Session 2.4.2: Cultured neurons: activitypatterns, adhesion & survival

1) Nano-Ampere Stimulation Windowfor CulturedNeurons on Micro-Electrode Arrays

Buitenweg J. R.; Rutten W. L. C; Marani E. 725

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Page 12: Building new bridges ; Vol. 1 - GBV

2) Burst Analysis ofChemically Stimulated Spinal Cord

Neuronal Networks Cultured on Microelectrode

ArraysGrattarola M; Chiappalone M; Davide F.;

Martinoia S.; Tedesco M. (B.); Rosso N.;Vato A. 729

3) Bio-Functionalized Neurochips

Tiefenauer L. X.; Sorribas H.; Padeste C;

Sricker C. 733

4) Activity Patterns ofCultured Neural Networks on

Micro Electrode ArraysRutten Wim L. C.; van Pelt J. 737

5) Nerve Growth Factor Dependent Changes in

Electrophysiology Measured in a NeurotrophicElectrode

Tillery S. I. Helms; Rousche P. J.; Hausmann K.;Hall D.; Beaumont M; Panitch A.; Kipke D. R. 741

6) Profuse and Selective Growth In Vitro ofRat SpinalAxons on a Micro-Patterned Poly (ethylene imine)Grid

Mouveroux J. M. P.; Lakke E. A. J. F.; Marani E.;Stelztle M. 745

7) Survival ofAdhering Cortical Neurons on

Polyethylenimine Micropatterns

Ruardij T. G.; Goedbloed M. H.; Rutten W. L. C. 749

8) Investigation ofthe Predictability ofNeural Cell

Survival After Exposure to Non-Uniform Electric

Fields

Heida T.; Rutten W.L.C.; Marani E. 753

Session 2.4.3: Neuro-technology

1) A Multi Channel Chopper Modulated Neural

Recording System

Dagtekin Mustafa; Liu Wentai;Bashirullah Rizwan 757

2) Circuitry for a Wireless MicrosystemforNeural

Recording MicroprobesYu Hao; Najafi Khalil 761

3) Microelectrodes with Three-Dimensional Structures

for ImprovedNeural InterfacingMetz S.; Heuschkel M. O.; Avila B. Valencia;Holzer R.; Bertrand D.; Renaud Ph. 765

4) Reducing Stiffness and Electrical Losses ofHighChannel Hybrid Nerve CuffElectrodes

Schuettler M.; Stieglitz T.; Gross M.; Altpeter D.;

Staiger A.; Doerge T.; Katzenberg F. 769

5) A New Pulse Shape to Obtain Selective Small Fiber

Activation byAnodal BlockingVuckovic A.; Rijkhoff N. J. M. 773

Track 2.5: Neural Systems:Analysis and Control

Session 2.5.1: Neural Mechanisms of Visual

Selection

1) Neural Mechanisms ofBottom-Up Selection DuringVisual Search

Thompson Kirk G. 776

2) Neural Mechanisms ofTop-Down Selection DuringVisual Search

Bichot Narcisse P. 780

3) NOT PRESENTED Target Probability Modulates

Neuronal Activity in the Primate Saccadic SystemBasso M. A. 784

4) A Neural Model Combining Attentional Orienting to

Object Recognition: Preliminary Explorations on the

Interplay Between Where and What

Miau Florence; Itti Laurent 789

Session 2.5.2: Models of Dynamic Neural

Systems

1) NOT PRESENTED A Non-Homogeneous Binomial

Modelfor Thalamic Oscillations

Wang T.; Muthuswamy J. 793

2) NOT PRESENTED Afferent Stream Integration in a

Model ofthe Nucleus Accumbens

Wolf J. A.; Schroeder L. F.; Contreras D.;

Finkel L. H. 796

3) A Functional Model ofthe Olivocerebellar System that

Produces Rhythmic Activity at Gamma Frequency

Kuntalp Mehmet 802

4) Model-Based Design ofStimulus Trainsfor Selective

Microstimulation ofTargeted Neuronal Populations

Mclntyre Cameron C; Grill Warren M. 806

5) Neurogenesis ofRespiratory Rhythm: A

Computational StudyRybak I. A.; Paton J. F. R.; St.-John W. M. 810

6) Bursting ofNeurons Under Slow Wave Stimulation

Zhu Jun-Ling; Shen Qiang; Jiang Da-Zong 814

Session 2.5.3: Sensory Motor Mapping

1) NOT PRESENTED Decoding in Neural Systems:Stimulus Reconstructionfrom Nonlinear Encoding

Stanley Garrett B.; SeyedBoloori Alireza 816

2) From Sensory Space to Motor Commands:

Lessonsfrom Saccades

Optican L. M.; Quaia C. 820

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Page 13: Building new bridges ; Vol. 1 - GBV

3) Computing Multisensory Target Probabilities on a

Neural MapAnastasio T. J.; Patton P. E. 824

4) Premolar Circuit Topology and Sensory - Motor

Pattern Selection

Galiana H. L. 828

5) NOT PRESENTED Modular Circuitry' for Combining

and Controlling Degrees ofFreedom in the Limb

Giszter Simon F. 832

6) Modeling Human Open-Loop Tracking Behavior

Davidson Paul R.; Jones Richard D.; Andreae John H.;

Sirisena Harsha R. 836

Session 2.5.4: Sensory Motor Control

Systems

1) Eye Position Feedback in a Model ofthe Vestibulo-

Ocular Reflexfor Spino-Cerebellar Ataxia 6

Anderson J. H; Yavuz M. C; Kazar B. M.;

Christova P.; Gomez C. M. 840

2) Chaotic and Statical Analysis ofMultiple Unit

Neuronal Activities on the Learning Stimuli

Cho S. Y.; Kim B. Y.; Jang Y. S.; Kim H. T. 844

3) Lower Motor Control Modeled by Neuron with Fuzzy

Synapses

Bigan C; Strungaru R.; Ungureanu M.;

Lazarescu V. 845

4) Unifying Vestibulo-Ocular Reflexes

Wagner R.; Galiana H. L. 849

5) Detecting Adaptive Inverse Models in the Central

Nen'ous System

Davidson Paul R.; Jones Richard D.;

Andreae John H.; Sirisena Harsha R. 853

6) A Biologically Inspired Learning to Grasp System

Oztop E.; Arbib M. A. 857

7) NOT PRESENTED Quantization ofMotorActivity

into Primitives and Time-Frequency Atoms using

Independent Component Analysis and Matching

PursuitAlgorithmsGiszter Simon F. 861

8) Motor Control ofa Limb Segment Actuated by

Artificial MusclesEskiizmirliler S.; Tondu B.; Darlot C. 865

9) NOT PRESENTED The Brainstem Switchfor Gaze

Shifts in Humans

Kumar A. N.; Leigh R. J.; Ramat S. 869

10) Studies ofthe Coefficient of Variation ofthe

Magnitude ofEEG Signals

Round W. H.; Sleigh J. W. 873

Track 2.6: Neuro-

electromagnetism

Session 2.6.1: Magnetic Stimulation

1) Magnetic Nerve Stimulation: Field Focality and

Depth ofPenetration

Al-Mutawaly Nafia; de Bruin Hubert;

Findlay Raymond D. 877

2) Designing and Constructing a Magnetic Stimulator:

Theoretical and Practical Considerations

Al-Mutawaly Nafia; de Bruin Hubert 881

3) Difference Between Electrical and Magnetic Nerve

Stimulation: A Casefor the Transverse Field?

Struijk Johannes J.; Schnabel Veit 885

4) NOT PRESENTED Transverse Magnetic Waves in

Myelinated Nerves

VillapecelKn-Cid M. Ma; Roa L. Ma;

Reina-Tosina J. 888

5) NOT PRESENTED Properties ofPeripheral Nerve

Excitation in Respect ofLocation ofCoilfor MagneticNerve Stimulation

Hiwaki O.; Kuwano H. 892

6) A Modified Cable Functionfor Represent the

Excitation ofPeripheral Nerves by Transverse Field

Induced by Pulsed Magnetic Field

Wang Yi; Shen Qiang; Jiang Da-zong 896

Session 2.6.2: Neural Signals SourceLocalization

1) Development ofRealistic Head Modelsfor Electro-

Magnetic Source Imaging ofthe Human Brain

Akalin Z.; Acar C. E.; Gencer N. G. 899

2) Non-Uniform Spatial Sampling in EEG Source

AnalysisBenar C. G.; Gotman J. 903

3) Acupuncture-Based Biophysical Frontiers ofComplementary Medicine

Rakovic Dejan 906

4) The Conductivity ofBrain Tissues: Comparison ofResults In Vivo and In Vitro Measurements

Latikka J. A.; Hyttinen J. A.; Kuurne T. A.;

Eskola H. J.; Malmivuo J. A. 910

5) NOT PRESENTED EEG Source Localization

Sensitivity Due to Brain Lesions Modeling Errors

Vatta F.; Bruno P.; Inchingolo P. 913

6) NOT PRESENTED Interaction Between Noise and

Lesion Modeling Errors on EEG Source Localization

AccuracyBruno P.; Vatta F.; Inchingolo P. 917

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Page 14: Building new bridges ; Vol. 1 - GBV

7) Current Density Reconstruction with Multi-Scale Grid

ApproachHan J-M.; Lee I. B.; Hahm J. H.; Kim Y. J.;

ParkK. S. 921

8) NOT PRESENTED The Analysis of the Visually

Information Processing in the Brain by usingMagnetoencephalogramTuchida Akiyoshi; Magatani Kazushige;Yanashima Kenji 923

9) Dipole Localization Method Based on the High-Resolution EEG

XieY.Q.;MaX. S. 926

10) NOT PRESENTED Biomagnetic Inverse Solution

using Combined-Norm and Pointwise Normalization

Terazono Y.; Matani A. 930

Track 2.7: Clinical Neural

Engineering

Session 2.7.2: Detection and mechanisms of

epileptic activity

1) NOT PRESENTED Real-Time Seizure Detection

System using Multiple Single-Neuron RecordingsMoxon Karen; Kuzmick Valerie; Lafferty John;

Serfass April; Szperka Doug; Zale Benjamin;Johnson Jeremy; Nagvajara Prawat 934

2) An Optimization Algorithmfor Hurtless Location ofEpilepsy Foci

Li Chunyan; Ouyang Guanghua; Jiang Guotai 938

3) Application ofthe Walsh Transform in an IntegratedAlgorithmfor the Detection oflnterictal SpikesSanchez D.; Adjouadi M.; Barreto A.; Jayakar P.;

Yaylali I. 939

4) Automated Detection ofEpileptic Seizures in the EEG

Hoeve Maarten-Jan; Jones Richard D.;Carroll Grant J.; Goelz Hansjerg 943

5) Epileptiform Activity Induction with ElectrolyteImbalance in Brain Slices: Mechanisms Involved in

Control

Saybasili Hale; Arslan R. Burak 947

Session 2.7.3: Diagnostic Tools

1) Estimation ofthe Anesthetic Depth using Wavelet

Analysis ofElectroencephalogramBibian Stephane; Zikov Tatjana; Dumont Guy A.;

Ries Craig R.; Puil Ernest; Ahmadi Hoss;Huzmezan Mihai; MacLeod Bernard A. 951

2) NOT PRESENTED A Physiological Frameworkforthe Cortical Representation ofPhonemes and

Conduction Aphasia: Phonotopic Hypothesis

Fujioka H.; Mabuchi K. 956

3) NOT PRESENTED Assessment ofthe TropicamideConcentration on Pupillary Response TestforAlzheimer's Disease

Iijima Atsuhiko; Haida Munetaka; Ishikawa Norio;

Minamitani Haruyuki; Shinohara Yukito 957

4) Alzheimer Disease Detection and Analysis using P3

Component ofERP in Alzheimer Type Dementia

Park E. H.; Cho S. Y.; Kim J. W.; Whang W. W.;

Kim H. T. 961

5) Measurement ofHuman Color Responses using Visual

Evoked Potential Elicited by Multi-Color Stimulation

Momose K.; Hanagata J. 964

6) EMMA - An Eye-Movement Measurement and

Analysis SystemMuir Steven R.; MacAskill Michael R.; Herron David;

Goelz Hansjerg; Jones Richard D.;

Anderson Tim J. 968

7) Discharge Patterns in the Subthalamic Nucleus and

Substantia Nigra During Deep Brain Stimulator

ImplantsRohr M.; Baselli G.; Bianchi A. M.; Cerutti S.;

Tamma F.; Caputo E.; Egidi M.; Rampini P.;

Locatelli M.; Pesenti A.; Priori A. 972

8) Interhemispheric Differences ofHand Motor Cortex

Organization: MEG-EMG Cortico-Muscolar

Coherence

Porcaro Camillo; Tecchio Franca; Zappasodi Filippo;Salustri Carlo; Ercolani Matilde; Romani Gian Luca;Rossini Paolo M. 975

Track 2.8: Neuro-

electrophysiology

Session 2.8.1: Neural Source Mapping

1) An Experimental Study on BEM-Based Cortical

Imaging ofHuman SEPActivities

Zhang X.; Towle V. L.; Sasaki H.; Lian J.; Li G. L.;He B. 978

2) The Reciprocal Approach to the Inverse Problem of

ElectroencephalographyFinke Stefan; Gulrajani Ramesh M.;

Gotman Jean 980

3) Effect ofSkull Resistivity on the Relative SensitivityDistributions ofEEG and MEG Measurements

Malmivuo J. A.; Suihko V. 984

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4) Multimodal Integration ofHigh Resolution EEG and

Functional Magnetic Resonance: A Simulation StudyBabiloni Fabio; Babiloni Ciaudio; Carducci Filippo;Angelone Leonardo; Del Gratta Cosimo;

Romani Gian Luca; Rossini Paolo Maria;

Cincotti Febo 986

5) Time Frequency Analysis and Spatial Filtering in the

Evaluation ofBeta ERSAfter Finger MovementBianchi A. M.; Foffani G.; Cerutti S.; Babiloni C;Rossini P. M.; Carducci F.; Babiloni F.;

Cincotti F. 990

6) The Realistic Versus the Spherical HeadModel in

EEG Dipole Source Analysis in the Presence ofNoise

Vanrumste Bart; Van Hoey Gert; Van de Walle Rik;

Van Hese Peter; D'Have Michel; Boon Paul;Lemahieu Ignace 994

7) NOT PRESENTED Model Analysis and IndependentComponentAnalysis ofCortical Data Acquired with

Surface Microelectrode

Takahashi H.; Nakao M.; Kaga K.; Herve T. 998

8) NOT PRESENTED Properties ofAuditory TemporalIntegration Revealed by Mismatch NegativityKanoh Shin'ichiro; Arai Toshinori; Futami Ryoko;Hoshimiya Nozomu 1002

9) NOT PRESENTED In Vivo Measurement ofSkull andBrain Resistivities with EITBased Method and

Analysis ofSEF/SEP Data

Goncalves S.; de Munck J. C; Verbunt J. P. A. 1006

Contents-14