| Thursday, 12-05-2005 14:00 - 14:10
|
| 11.2.0 |
Openning Session (Great Hall, Slide) |
|
|
|
11.2.0-1 |
Welcome
Remarks, He, Bin ; University of Minnesota (138)
|
|
| Thursday, 12-05-2005 14:10 - 15:30
|
| 11.1.1 |
Plenary Session: EEG/MEG Source Imaging (Great Hall,
Slide) |
|
Session
Chairs: Bin He |
|
11.1.1-1 |
MEG
and EEG Source Modeling With Accurate Anatomical Constraints,
Hämäläinen, Matti ; Mass. General Hospital (135) |
|
11.1.1-2 |
Standardized
Multi-resolution Brain Electromagnetic Tomography (sMURETA):
Methodological Aspects, Pascual-Marqui, Roberto D;
University Hospital of Psychiatry (137) |
|
| Thursday, 12-05-2005 15:50 - 17:30
|
| 11.1.2 |
Plenary Session: Brain Source Localization (Great
Hall, Slide) |
|
Session
Chairs: Matti Hämäläinen |
|
11.1.2-1 |
Validation
and Statistical Testing of MEG and EEG Inverse Solutions,
Leahy, Richard M ; University of Southern California (121) |
|
11.1.2-2 |
Source
Localization: Controversies Regarding on the Nature of the
Source, Hecox, K., Fontanarosa, J., Lee, H. and Hunter, J.;
University of chicago (131) |
|
11.1.2-3 |
Influence
of High-Rank Background Interference on Adaptive Beamformer Source
Reconstruction, Sekihara, Kensuke; Hild, Kenneth; Nagarajan,
Srikantan S.; Tokyo Metropolitan University (30) |
|
| Friday, 13-05-2005 8:30 - 10:10
|
| 11.1.3 |
Plenary Session: MR Technology and Multimodal Imaging
(Great Hall, Slide) |
|
Session
Chairs: Bin He, Eung Je Woo |
|
11.1.3-1 |
Ultrahigh
Magnetic Fields for MR imaging and spectroscopy: an increasingly sensitive
probe for brain function and chemistry, Ugurbil, Kamil ;
Univ. of Minnesota (133) |
|
11.1.3-2 |
Improved
Estimation of Human Cortical Activity and Connectivity with the Multimodal
Integration of Neuroelectric and Hemodynamic Data Related to Motor and
Cognitive Tasks, Babiloni, Fabio; Mattia, Donatella;
Basilisco, Alessandra; Astolfi, Laura; Cincotti, Febo, Ding, Lei;
Christine, K; Sweeney, J; Edgar, J.C.; Miller, G.A.; He, Bin; Univ. of
Rome (103) |
|
11.1.3-3 |
Conductivity
and Current Density Imaging of Animal Subject using MREIT
Technique, Woo, Eung Je; Lee, Soo Yeol; Kim, Tae-Seong; Oh,
Suk Hoon; Lee, Byung Il; Park, Chunjae; Seo, Jin Keun; Lee, Suk-ho; Kwon,
Ohin; Kyung Hee University (10) |
|
| Friday, 13-05-2005 10:30 - 12:20
|
| 11.1.4 |
Plenary Session: Brain and Neural Engineering (Great
Hall, Slide) |
|
Session
Chairs: José Carlos Príncipe, Daniel Graupe |
|
11.1.4-1 |
Brain
mechanisms of praxis: A multidisciplinary study,
Georgopoulos, Apostolos P ; Univ. of Minnesota (134) |
|
11.1.4-2 |
Signal
Processing Challenges in the Development of Brain Machine
Interfaces, Príncipe, José Carlos ; Univ. of Florida
(132) |
|
11.1.4-3 |
The
Status of Noninvasive Functional Electrical Stimulation and Ambulation
Performance for Thoracic-Level Complete Paraplegics, Graupe,
Daniel ; University of Illinois, Chicago (16) |
|
| Friday, 13-05-2005 13:20 - 15:00
|
| 1.1.1 |
Brain Inverse Imaging (Presidents Room, Slide) |
|
Session
Chairs: Kensuke Sekihara, Roberto Pascual-Marqui |
|
1.1.1-1 |
Local
Linear Estimators and a Statistical Framework for Event Related Field
Analysis, Greenblatt, Richard E.; Ossadtchi, A.; Pflieger, M.
E.; Rojas, D. C.; Source Signal Imaging, Inc. (93) |
|
1.1.1-2 |
Detection
of cortical patch activity in beamspace using the generalized likelihood
ratio test, Limpiti, Tulaya; Bolstad Andrew K; Van Veen,
Barry D; Wakai, Ron T; University of Wisconsin-Madison (57)
|
|
1.1.1-3 |
Local
Basis Expansions for MEG Source Localization., Mitra, Partha
P; Maniar, H.; Cold Spring Harbor Laboratory (89) |
|
1.1.1-4 |
A
Graphical Model for Estimating Stimulus-Evoked Brain Responses in Noisy
MEG data with Large Background Brain Activity, Nagarajan,
Srikantan S ; Attias, Hagai T; Sekihara, Kensuke; Hill, Kenneth E Jr.;
University of California, San Francisco (37) |
|
1.1.1-5 |
Imaging
Brain Electric Sources by Means of a New Subspace Source Localization
Approach – 3D-FINE, Ding, Lei ; He, Bin; University of
Minnesota (122) |
|
| 8.1.2 |
Neurophysiology (Room 324, Slide) |
|
Session
Chairs: Wim Van Drongelen, Kurt Hecox |
|
8.1.2-1 |
Epileptiform
Activity Patterns in Coupled Neuronal Networks, Lee, Hyong C;
Hereld, Mark; Stevens, Rick; van Drongelen, Wim; University of Chicago
Hospitals (40) |
|
8.1.2-2 |
Large
Neural Simulations on Large Parallel Computers, Hereld, Mark;
Stevens, Rick L.; Teller, Justin; van Drongelen, Wim; Lee, Hyong E.;
Argonne National Laboratory (90) |
|
8.1.2-3 |
A
rule-based firing model for neural networks, Lytton, William
W; Stewart, Mark; SUNY Downstate (18) |
|
8.1.2-4 |
Measuring
and modeling the spatiotemporal profile of neurotransmitter,
Jones, Mathew V ; UW-Madison; Dept. of Physiology (39) |
|
8.1.2-5 |
A
BOLD-fMRI study of the response in primary and secondary somatosensory
cortices elicited by electric median nerve stimulation at different
frequencies, Ferretti, Antonio; Arienzo, Donatello; Del
Gratta, Cosimo; Caulo, Massimo; Babiloni, Claudio; Tartaro, Armando;
Rossini, Paolo Maria; Romani, Gian Luca ; Institute for Advanced
Biomedical Technologies (59) |
|
| Friday, 13-05-2005 15:00 - 16:20
|
| 1.1.3 |
Brain Mapping and Source Imaging (Mississippi Room,
Poster) |
|
|
|
1.1.3-1 |
Separation
of Phase-Locked and Non-Phase-Locked Activities Using Empirical
Null-Distributions Obtained from Randomized Plus/Minus Averagings of
Event-Related Epochs, Sekihara, Kensuke; Nagarajan,
Srikantan, S.; Tokyo Metropolitan University (29) |
|
1.1.3-2 |
Indications
of Sex Differences in Cortical Activation in Adult Attention-Deficit
Hyperactivity Disorder, Nagel, Sandra M.; Bowyer, Susan M.;
Moran John E.; Tepley, Norm; Saginaw Valley State University &
Henry Ford Hosp. (53) |
|
1.1.3-3 |
Causality
estimates among brain cortical areas by Partial Directed Coherence:
simulations and application to real data, Astolfi, Laura;
Cincotti, Febo; Mattia, Donatella; Lai, Massimilano; de Vico Fallani,
Fabrizio; Salinari, Serenella; Baccalà, Luiz A.; Ursino, Mauro; Zavaglia,
Melissa; Babiloni, Fabio; University of Rome (45) |
|
1.1.3-4 |
A
Versatile Approach to Detect Coherent Brain Areas with MEG,
Belardinelli, Paolo; Ciancetta, Luca; Del Gratta, Cosimo; Pizzella,
Vittorio; Romani, Gian Luca ; University of Chieti (65) |
|
1.1.3-5 |
On
the Detection of the Number of Independent Sources from Scalp
EEGs, X. Bai, Bin He ; University of Minnesota (125)
|
|
1.1.3-6 |
Fast
localization of current dipoles in MEG using a combined sphere and
brain-shape model, Hongyi Zhu, Gunnar Lindenblatt and Sailing
He; zhejiang university (60) |
|
1.1.3-7 |
Multivariate
Autoregressive Modeling Combined with Simulated Annealing Optimization for
Classifying Sources of Event Related Potentials, Vasios,
Christos E.; Matsopoulos, George K.; Ventouras, Errikos M.; Papageorgiou,
Charalabos C.; Kontaxakis, Vassilis P.; Nikita, Konstantina S.; Uzunoglu,
Nikolaos K.;; National Technical University of Athens (98) |
|
1.1.3-8 |
Line-source
Modeling and Estimation with Electroencephalography, Cao,
Nannan; Yetik, Imam S.; Nehorai, Arye; Muravchik, Carlos H.; Haueisen,
Jens; University of Illinois at Chicago (35) |
|
1.1.3-9 |
Camera-Guided
Coordinate System Alignment for Neuromagnetic Source
Estimation, Yung-Cheng Cheng, Yong-Sheng Chen, Jen-Chuen
Hsieh, and Li-Fen Chen; Lab of Intergrated Brain Research (75)
|
|
1.1.3-10 |
Quantizing
the Depth of Bioelectrical Sources for Non-Invasive 3D
Imaging, Besio, Walter; Fasiuddin, Mohammed ; Louisiana
Tech University (88) |
|
1.1.3-11 |
Auditory
Evoked Magnetic Fields to Stimuli Causing Backward Masking,
Abe, Masaya; Kawakatsu, Masaki; Tanaka, Keita; Kotani Makoto; Tokyo
Denki University (33) |
|
1.1.3-12 |
An
Improved fMRI-EEG Integration Algorithm for Cortical Current Density
Estimation by Applying Twomey Regularization, Zhongming Liu,
Fedja Kecman, Bin He; University of Minnesota (119) |
|
1.1.3-13 |
Somatotopy
of the Anterior Cingulate Cortex and Supplementary Motor Area for electric
stimulation of the median and tibial nerves: an fMRI study,
Ferretti, Antonio; Del Gratta, Cosimo; Arienzo, Donatello; Babiloni,
Claudio; Caulo, Massimo; Tartaro, Armando; Rossini, Paolo Maria; Romani,
Gian Luca ; Institute for Advanced Biomedical Technologies (61)
|
|
1.1.3-14 |
Statistical
Mapping of Cortical Activities using Minimum-Variance
Maximum-Discrimination Spatial Filtering, Hung-Yi Liu,
Yong-Sheng Chen, Li-Fen Chen, and Jen-Chuen Hsieh; Lab of Intergrated
Brain Research (68) |
|
1.1.3-15 |
Influence
of anisotropic conductivity of the white matter tissue on EEG source
reconstruction – a FEM simulation study, Güllmar,
D.;Reichenbach, J.R.; Anwander, A.; Knösche T.; Wolters, C.H.; Eiselt,
M.Haueisen J.; Friedrich-Schiller-University Jena (66) |
|
1.1.3-16 |
Noninvasive
Localization of Epileptiform Interictal Spikes by means of Cortical
Imaging using Realistic Geometry Boundary Element Head
Models, Lai, Yuan; van Drongelen, Wim; Zhang, Xin; Frim,
David M; Hecox, Kurt E; He, Bin; University of Minnesota (115)
|
|
| 4.1.3 |
Methods in Forward/Inverse Problems (Mississippi
Room, Poster) |
|
|
|
4.1.3-1 |
Imaging
Methods for MEG/EEG Inverse Problem, Adde, Geoffray ;
ENPC (97) |
|
4.1.3-2 |
Noninvasive
Localization of Gastric Electrical Activity, Cheng, Leo;
Buist,Martin; Richards,William; Bradshaw,Alan; Pullan,Andrew;
University of Auckland (28) |
|
4.1.3-3 |
An
iterative approach for determining the optimal orientations and transient
behaviors of the dipoles using MEG data, Zhu, Hongyi ;
zhejiang university (70) |
|
4.1.3-4 |
Use
of Isolated Problem Approach for the multi-compartment BEM models of
Electric Source Imaging, Gençer, Nevzat G. , Akalýn-Acar,
Zeynep; Middle East Technical University (22) |
|
4.1.3-5 |
The
Effect of White Matter Anisotropy on the EEG Forward Problem,
Kuzbik, Natasha L; Koles, Zoltan J.; University of Alberta (71)
|
|
4.1.3-6 |
Experimentally
observed influence of anisotropic compartments in a volume conductor on
magnetic field distribution generated by artificial current
dipoles, Liehr, Mario; Haueisen, Jens; University
Jena (67) |
|
4.1.3-7 |
Detection
of Human Conductivity Distribution using One Component of Magnetic Flux
Density, Nuo Gao, Shanan Zhu, Bin He; University of
Minnesota (128) |
|
4.1.3-8 |
Dipole
Localization Errors due to not Incorporating Compartments with Anisotropic
Conductivities: Simulation Study in a Spherical Head Model,
Hallez, Hans; Van Hese, Peter; Vanrumste, Bart; Boon, Paul; D'Asseler,
Yves; Lemahieu, Ignace; Van de Walle, Rik; Ghent University (20)
|
|
4.1.3-9 |
Minimum
Leadfield-Variance Beamformer with Voxel-Wise Orthonormal
Leadfield, Matani, Ayumu. Terazono, Yasushi. Hayakawa, Tomoe.
Munetsuna, Shinji. Fujimaki, Norio.; the University of Tokyo (78)
|
|
4.1.3-10 |
The
Concentration Problem for Vector Fields., Maniar, Hiren D.;
Mitra, P. P.; Cold Spring Harbor Laboratory (87) |
|
4.1.3-11 |
Calculation
of stereotaxically registered brain conductivities and anisotropies using
diffusion tensor MR Imaging, Sotiropoulos, Stamatios N.;
Mueller, Bryon; Lim, Kelvin O.; Steinmetz, Peter N. ; University of
Minnesota (74) |
|
| Friday, 13-05-2005 16:20 - 18:00
|
| 4.1.1 |
EEG/MEG Forward Problem (Room 325, Slide)
|
|
Session
Chairs: Zoltan Koles, Richard Leahy |
|
4.1.1-1 |
Numerical
Models for the Solution of the EEG/MEG Forward Problem,
Koles, Zoltan J ; University of Alberta (109) |
|
4.1.1-2 |
Effect
of Model Complexities and Tissue Anisotropies on EEG and MEG
Simulations, Ramon, Ceon ; University of Washington
(56) |
|
4.1.1-3 |
Sensitivity
of EEG and MEG measurements to tissue conductivities, Gençer,
Nevzat G. , Acar Can E.; Middle East Technical University (107)
|
|
4.1.1-4 |
The
Application of Magnetic Resonance Imaging to Develop Anatomically Correct
Brain Models, White, Tonya ; Magnotta, Vincent A.;
University of Minnesota (34) |
|
4.1.1-5 |
EEG
Simulation Accuracy: Reference Choice and Head Models
Extension, Vatta, Federica M.; Bruno Paolo; Mininel Stefano;
Inchingolo Paolo; University of Trieste (73) |
|
| 8.1.1 |
Cardiac Electrophysiology (Room 324, Slide) |
|
Session
Chairs: Ramakrishna Mukkamala, Daming Wei |
|
8.1.1-1 |
Virtual
EP Lab: a Cyber Environment for Electrophysiological study,
Wei, Daming ; University of Aizu (130) |
|
8.1.1-2 |
Model-based
filtering, compression and classification of the ECG,
Clifford, Gari D.; Shoeb, Ali; McSharry, Patrick E.; Janz, Brian A.;
MIT (102) |
|
8.1.1-3 |
Determination
of Intra-Atrial Fibrillatory Cycle Length From the Electrocardiogram Using
Auto-Correlation Analysis, Narayan, Sanjiv M.; Kahn, Andrew
M.; Brown, Jason P.;Krummen, David E.;Bhargava, Valmik; Feld, Gregory K.;
University of California, San Diego (99) |
|
8.1.1-4 |
Extraction
of Fetal ECG from Maternal ECG Early in Pregnancy, Graupe,
Daniel; Zhong, Yunde; Graupe Menachem H. ; University of Illinois,
Chicago (15) |
|
8.1.1-5 |
QT/RR
hysteresis in ECG recordings, Pueyo, Esther; Malik, Marek;
Laguna, Pablo ; Universidad de Zaragoza (106) |
|
| Saturday, 14-05-2005 8:30 - 10:10
|
| 11.1.5 |
Plenary Session: Electrocardiographic Imaging (Great
Hall, Slide) |
|
Session
Chairs: Fred Greensite, Bin He |
|
11.1.5-1 |
Noninvasive
Imaging of Cardiac Electrophysiology (NICE) – cardiac surface
formulations, Greensite, Fred ; Univ. of California,
Irvine (136) |
|
11.1.5-2 |
The
potential and the limitations in activation time imaging from surface ECG
recordings, Tilg, Bernhard ; UMIT - Private Universität
für Gesundheitswissensc (120) |
|
11.1.5-3 |
Electrocardiographic
Imaging: From 2-dimension towards 3-dimension, He, Bin ;
University of Minnesota (126) |
|
| Saturday, 14-05-2005 10:30 - 12:00
|
| 11.1.6 |
Plenary Session: Quantitative Electrocardiography
(Great Hall, Slide) |
|
Session
Chairs: Bernhard Tilg, Bin He |
|
11.1.6-1 |
Quantitative
Electrocardiography: Two Steps Forward and One Step Back,
MacLeod, Rob S. and Brooks, Dana H.; University of Utah (110)
|
|
11.1.6-2 |
Cardiac
Signal Processing for Therapy and Monitoring in Implantable Medical
Devices, Olson, Walter ; Medtronic, Inc (127) |
|
11.1.6-3 |
Non-contact
Mapping and Concomitant Hemodynamic Assessment for the Study of Heart
Diseases and Their Treatments, Iaizzo, Paul A ;
University of Minnesota (112) |
|
| Saturday, 14-05-2005 13:20 - 15:00
|
| 1.1.2 |
Brain Mapping (Room 324, Slide) |
|
Session
Chairs: Fabio Babiloni, George Zouridakis |
|
1.1.2-1 |
Phase
Aspects and Localization Analysis of the Auditory N100
Component, Zouridakis, George; Iyer, Darshan; University
of Houston (108) |
|
1.1.2-2 |
Maximum
Entropy Estimation of Neuroelectric Source Covariance
Statistics, Pflieger, Mark E ; Source Signal Imaging
(94) |
|
1.1.2-3 |
Evaluating
the Entrainment of the Alpha Rhythm during Photic Stimulation in Control
Subjects and Patients with Alzheimer’s Disease, Kohdabashi,
A., Sekine, M. , Higashi,Y., Fujimoto, T.,Tamura, T. ; Chiba
University (44) |
|
1.1.2-4 |
Cortical
Dipole Imaging of Movement-related Potentials in Humans by Means of
Parametric Inverse Filter, Hori, Junichi; Miwa, Toshinari;
He, Bin; Niigata University (23) |
|
1.1.2-5 |
Do
stimuli or tasks determine lateralized auditory cortex responses? An MEG
study, Sieluzycki, Cezary; König, Reinhard; Simserides,
Constantinos; Scheich, Henning; Leibnitz Institute for
Neurobiology (77) |
|
| 4.1.2 |
Software for Bioelectric Mapping/Modeling (Presidents
Room, Slide) |
|
Session
Chairs: Rob Macleod, John Mosher |
|
4.1.2-1 |
BrainStorm
Electromagnetic Imaging Software, Mosher, John C.; Baillet,
Sylvain; Darvas, Felix; Pantazis, Dimitrios; Kucukaltun-Yildirim, Esen;
Leahy, Richard M.; Los Alamos National Laboratory (116) |
|
4.1.2-2 |
The
inverse problem of electrocardiography: industrial solutions and
simulations, Voth, Eric J ; Endocardial Solutions
(76) |
|
4.1.2-3 |
Software
challenges in the new field of integrated cardiac models,
Stinstra, Jeroen G; Weinstein, Dave M; Hopenfeld, Bruce; John Pormann;
Henriquez Craig S; MacLeod, Rob S; University of Utah (85) |
|
4.1.2-4 |
Generic
and Specific Software Tools for Bioelectric Source Modeling,
Oostendorp, thom F ; Radboud University Nijmegen (21) |
|
4.1.2-5 |
Influence
of Local and Remote White Matter Conductivity Anisotropy for a Thalamic
Source on EEG/MEG Field and Return Current Computation,
Wolters, Carsten H.; Anwander, Alfred; Tricoche, Xavier; Lew, Seok;
Johnson, Chris R.; University of Muenster (38) |
|
| Saturday, 14-05-2005 15:00 - 16:20
|
| 3.1.2 |
Cardiac Mapping (Mississippi Room, Poster) |
|
|
|
3.1.2-1 |
Non-Invasive
Electrical Imaging of Heart: 3D Ultrasound based Heart Surface
Reconstruction for Patient Specific Approach, Suresh Kumar,
Krishnamurthy N ; Ramasubba, Reddy M; Indian Institute of Technology
Madras (92) |
|
3.1.2-2 |
Wavefront-based
inverse electrocardiography using an evolving curve state vector and
phenomenological propagation and potential models, Ghodrati,
Alireza; Brooks, Dana H; Tadmor, Gilead; Punske, Bonnie; MacLeod, Rob;
Northeastern University (82) |
|
3.1.2-3 |
Forward
Problem of Intracavitary Potentials Based on an Anisotropic Whole Heart
Model, Zhu, Xin; Wei, Daming; Wang, Hui; the University
of Aizu (43) |
|
3.1.2-4 |
Simulated
Comparison of Disc and Concentric Electrode Maps During Atrial
Arrhythmias., Soundararajan, VenkateshBabu ; Louisiana
Tech University (80) |
|
3.1.2-5 |
Effects
of cardiac anisotropy on three-dimensional ECG localization inverse
solutions: a model study, Liu, Chenguang ; He, Bin ;
University of Minnesota (124) |
|
3.1.2-6 |
Clinical
Parameter Assessment in Magnetocardiography by Using the Support Vector
Machine, Kim, Kiwoong; Kwon, Hyukchan; Lee, Yong-Ho; Kim,
Tae-Eun; Kim, Jin-Mok; Park, Yong-Ki; Moon, Jae-Youn; Ko, Young-Guk;
Chung, Namsik; Korea Research Institute of Standards and Science
(83) |
|
3.1.2-7 |
Selection
of the Number and Location of Leads for Catheter Based Epicardial
Mapping, Yilmaz, Bulent; MacLeod, Robert S. ; Baskent
University (32) |
|
| 5.1.3 |
Bioelectromagnetism 2 (Mississippi Room, Poster)
|
|
|
|
5.1.3-1 |
Feature
Extraction of Hyperspectral Data for under Spilled Blood Visualization
Using Particle Swarm Optimization, Monteiro, Sildomar T.;
Uto, Kuniaki; Kosugi, Yukio; Kobayashi, Nobuyuki; Watanabe, Eiju;
Kameyama, Keisuke; Tokyo Institute of Technology (46) |
|
5.1.3-2 |
Optimizing
bipolar electrode location for wireless ECG measurement – analysis of ECG
signal strength and deviation between individuals, Puurtinen,
Merja; Hyttinen, Jari; Malmivuo, Jaakko; RGI / TUT (48) |
|
5.1.3-3 |
Focus
of the Implantable Device’s Measurement Sensitivity –Application of
Half-Sensitivity Volume Concept, Väisänen, Juho ; Hyttinen,
Jari; Malmivuo, Jaakko; Tampere University of Technology (47)
|
|
5.1.3-4 |
A
Virtual System for Simultaneous Multi-frequency Measurement of Electrical
Bioimpedance, Gordon, Rauno; Land, Raul; Min, Mart; Parve,
Toomas; Salo, Rodney W ; Tallinn University of Technology (63)
|
|
5.1.3-5 |
Fetal
cardiac time intervals: validation of an automatic tool for beat-to-beat
detection on fetal magnetocardiograms, Mantini, Dante ;
Comani, Silvia ; Alleva, Giovanna ; Romani, Gian Luca; Marche
Polytechnic University (50) |
|
5.1.3-6 |
Independent
component analysis and fetal magnetocardiography: a tool for the automatic
classification of indepedent components, Mantini, Dante ;
Comani, Silvia ; Alleva, Giovanna ; Romani, Gian Luca; Marche
Polytechnic University (51) |
|
| 8.1.3 |
Electrophysiology (Mississippi Room, Poster) |
|
|
|
8.1.3-1 |
Monitoring
Inter-Atrial Block with Pacemaker Electrodes, Belalcazar,
Andres; Patterson, Robert P.; University of Minnesota (84) |
|
8.1.3-2 |
Design
of Multi-channel Brain Magnetic Stimulator and ANSYS
Simulation, Xuemin, Wang; Yun, Chen; Mingxia,Guo; Mingshi,
Wang; Tianjin University (26) |
|
8.1.3-3 |
Spiral
Waves in the Mathematical Models of Simulated Ischemia, Hong
Zhang; Zhen-xi Zhang; Lin Yang; Yin-bin Jin ;Yi-zhuo Huang ; School of
Life Science and Technology (7) |
|
8.1.3-4 |
EEG
based automated detection of anesthetic levels using a recurrent
artificial neural network, V.Srinivasan, C.Eswaran, and
N.Sriraam; Multimedia University (27) |
|
8.1.3-5 |
Design
and Development of a Novel EOG Biopotential Amplifier, Roy
Choudhury, Shubhodeep; Soundararajan, Venkataramanan; B. Nemade, Harshal;
Singh Sahambi, Jyotindar ; Indian Institute of Technology (IIT),
Guwahati (11) |
|
8.1.3-6 |
EEG
and MEG responses following stimulation of unmyelinated C
fibers, Qiu, Yunhai ; National Institute for
Physiological Sciences (31) |
|
| 10.1.1 |
New Approaches in Bioelectromagnetism (Mississippi
Room, Poster) |
|
|
|
10.1.1-1 |
Study
of MRI/MEA compatibility at 17.6 Tesla, Sadleir, Rosalind J.;
Grant, S.C.;DeMarse, T.B.; Woo, E.J.; Lee, S.Y.; Kim, T.S.; Oh, S.H.; Lee,
B.I.;Seo,J.K.; University of Florida (14) |
|
10.1.1-2 |
Magnetoacoustic
Tomography with Magnetic Stimulation (MAT-MS), Xu, Yuan; He,
Bin ; University of Minnesota (123) |
|
10.1.1-3 |
Calculation
of B1 fields in MRI Coils by the Method of Moments, C. C.
Olson, J. T. Vaughan, A. Gopinath; University of Minnesota (42)
|
|
10.1.1-4 |
Using
Conditional Mutual Information to Approximate Causality for Multivariate
Physiological Time Series, Pflieger, Mark E.; Greenblatt,
Richard E.; Source Signal Imaging (95) |
|
10.1.1-5 |
An
improvement of a time-frequency approach for an EEG-based brain-computer
interface, Yamawaki, Nobuyuki ; Wilke, Christopher; Liu,
Zhongming; He, Bin; University of Minnesota (114) |
|
10.1.1-6 |
An
EEG Inverse Solution based Brain-Computer Interface, Kamousi,
Baharan; Liu Zhongming; He Bin; University of Minnesota (117)
|
|
| Saturday, 14-05-2005 16:20 - 18:00
|
| 5.1.1 |
Cardiac Modeling (Presidents Room, Slide) |
|
Session
Chairs: Gerald Fischer, Edward Vigmond |
|
5.1.1-1 |
A
Computationally Efficient Activation Model for Noninvasive Imaging of
Cardiac Depolarization, Fischer, Gerald ; UMIT /
Institute for Biomedical Signal Processing (96) |
|
5.1.1-2 |
An
Externally Stimulated Purkinje System Model with Enforced Current
Continuity, Vigmond, Edward J; Clements, Clyde;
University of Calgary (62) |
|
5.1.1-3 |
What
of Cleavage Planes? The State-of-the-Art in Microstructure Modeling of
Cardiac Activation., Trew, Mark;Smaill, Bruce;Pullan, Andrew;
University of Auckland (36) |
|
5.1.1-4 |
An
efficient method for simulating propagation sequences in a realistic heart
geometry, Hopenfeld, Bruce ; National Institutes of
Health (58) |
|
5.1.1-5 |
Personalized
Model of Cardiac Electrophysiology of a Patient, D. S.
Farina, O. Skipa, C. Kaltwasser, O. Doessel, W. R. Bauer; University
of Karlsruhe (TH) (64) |
|
| 5.1.2 |
Bio-impedance and Bioelectric Forward/Inverse
Solutions (Room 324, Slide) |
|
Session
Chairs: Jaakko Malmivuo, Thom Oostendorp |
|
5.1.2-1 |
In
vivo conductivity estimation with symmetric boundary
elements, Clerc, Maureen; Adde, Geoffray; Kybic, Jan;
Papadopoulo, Theo; Badier, Jean-Michel; INRIA / ENPC (17) |
|
5.1.2-2 |
Estimation
of in vivo Human Brain-to-Skull Conductivity Ratio by means of Cortical
Potential Imaging, Lai, Yuan; van Drongelen, Wim; Ding, Lei;
Hecox, Kurt E.; Towle, Vernon L.; Frim David M; He, Bin; University of
Minnesota (113) |
|
5.1.2-3 |
An
In-Principle Method for Measuring Cardiac Tissue Fibre
Rotation, Johnston, Barbara M and Johnston, Peter R ;
Griffith University (105) |
|
5.1.2-4 |
Effect
of skull resistivity and measurement noise on the spatial resolution of
EEG, Ryynänen, Outi; Hyttinen, Jari; Malmivuo, Jaakko;
Tampere University of Technology (55) |
|
5.1.2-5 |
2D
Stochastic Finite Element Study of the Influence of Organ Conductivity in
ECG Forward Modeling, Geneser, Sarah E.; Choe, Seungkeol;
Kirby, Robert M.; MacLeod, Robert S. ; University of Utah (111)
|
|
| Sunday, 15-05-2005 8:15 - 08:30
|
| 11.2.3 |
Young Investigator Awards Announcement (Great Hall,
Slide) |
|
Session
Chairs: Emad Ebbini |
|
11.2.3-1 |
On
the Selection of Young Investigator Awards, Ebbini, Emad S;
Dept. of Electrical/Computer Engineering (143) |
|
| Sunday, 15-05-2005 8:30 - 10:00
|
| 11.1.7 |
Plenary Session: Functional Biomedical Imaging (Great
Hall, Slide) |
|
Session
Chairs: Wei Chen, Emad Ebbini |
|
11.1.7-1 |
Magnetic
Resonance Study of Brain Function and Bioenergetics at High
Fields, Chen, Wei ; University of Minnesota (104)
|
|
11.1.7-2 |
Detection
and localization of microbubble activity in the microvasculature: Towards
functional ultrasonic imaging, Ebbini, Emad S ; Dept. of
Electrical/Computer Engineering (141) |
|
11.1.7-3 |
Using
high resolution finite difference models to determine the physiological
source of bio-impedance changes, R.P. Patterson, A.
Belalcazar, and F. Yang; University of Minnesota (142) |
|
| Sunday, 15-05-2005 10:20 - 12:00
|
| 3.1.1 |
Bioelectromagnetism 1 (Presidents Room, Slide) |
|
Session
Chairs: Jaakko Malmivuo, Andrew Pullan |
|
3.1.1-1 |
An
Animal Study on Noninvasive Localization of the Site of Origin of Cardiac
Actiavtion from BSPM, Zhang, X; Liu, CG; Muneer, B;
Ramachandra, I; Liu, ZM; Pogwizd, SM; He, B ; University of
Minnesota (118) |
|
3.1.1-2 |
Electrophysiologic
Assessment of Right Ventricular Cardiac Pacing Sites Employing Non-Contact
Electrical Mapping, Skadsberg, Nick D.; Coles Jr., James A.;
Iaizzo, Paul A.; Medtronic (41) |
|
3.1.1-3 |
Fetal
Magnetocardiographic Source Separation : Independent Component Analysis
Techniques and Signal-Space Projection, Campbell, Joshua Q.;
Eswaran, Hari ;Wilson, James D. ;Murphy, Pamela ;Lowery, Curtis L.
;Preissl, Hubert; University of Arkansas for Medical Sciences
(69) |
|
3.1.1-4 |
The
tissue-internal current density threshold of the skin receptors on
electrocutaneous sensations caused by 50 Hz leakage currents,
Lindenblatt, Gunnar; Zhu, Hongyi; Silny, Jiri; Centre for Optical and
Electromagnetic Research (25) |
|
3.1.1-5 |
Development
of a Multiple Vital Signs Monitoring System for m-Healthcare,
Chen, Wenxi; Wei, Daming; Cohen, Michael; Ding, Shuxue; Tokinoya, Shigeru;
Takeda, Naotoshi; The University of Aizu (129) |
|
| 9.1.1 |
Impedance Imaging (Room 324, Slide) |
|
Session
Chairs: Robert Patterson, Dana Brooks |
|
9.1.1-1 |
Magnetic
Resonance Electrical Impedance Tomography (MREIT) at 11 Tesla field
strength: Preliminary Experimental Study, Sadleir, Rosalind
J.; Grant, S.C.; Silver,
X.;Zhang,S.U.;Woo,E.J.;Lee,S.Y.;Kim,T.S.;Oh,S.H.;Lee,B.I.;Seo,J.K.;
University of Florida (9) |
|
9.1.1-2 |
Sensitivity
Distribution Simulations of Impedance Tomography Electrode
Combinations, Kauppinen, Pasi K ; Hyttinen, Jari A. K.;
Malmivuo, J. A. V.; Tampere University of Technology (54) |
|
9.1.1-3 |
Experimental
Validation of Forward and Inverse Solutions for Electrical Impedance
Tomography Using the Boundary Element Method, Babaeizadeh,
Saeed; Brooks, Dana H.; Isaacson, David; Newell, Jonathan C.;
Northeastern University (72) |
|
9.1.1-4 |
A
Matlab Toolbox for Magnetic Resonance Electrical Impedance Tomography
(MREIT): MREIT Toolbox, Kim, Tae-Seong; Lee, Byung Il; Park,
Chun Jae; Lee, Suk Ho; Tak, Sung Ho; Seo, Jin Keun; Kwon, Ohin; Woo, Eung
Je; Kyung Hee University (12) |
|
9.1.1-5 |
Is
it possible to measure non-invasively brain conductivity fluctuations
during reactions to external stimuli with the use of
microwaves?, I. S. Karanasiou, C. Papageorgiou, and N. K.
Uzunoglu; National Technical University of Athens (100) |
|