Verfügbarkeit: Biomedical engineering towards the year 2000 and beyond

Biomedical engineering towards the year 2000 and beyond: Hong Kong SAR, China, October 29 - November 1, 1998 5 Neuro-muscular systems & biomechanics

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Bibliographische Detailangaben
Weitere Verfasser:	Chang, H. K. (HerausgeberIn)
Format:	Buch
Sprache:	Undetermined
Veröffentlicht:	Piscataway, NJ IEEE Operations Center 1998
Schriftenreihe:	Proceedings of the annual international conference of the IEEE Engineering in Medicine and Biology Society 20,5
Online-Zugang:	Inhaltsverzeichnis
Beschreibung:	XVIII S., S. 2243 - 2778, S. A-I - A-XI Ill., graph. Darst.

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Datensatz im Suchindex

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adam_text	Proceedings of the 20th Annual International Conference of the IEEE-EMBS, 1998 CONTENTS BY PARTS Pages PART 1 Cardiovascular System MS1.1 Modeling and Imaging of Cardiac Bioelectrical Activity 1-12 551 Bioacoustics Revisited 13-24 Theme 1 Cardiovascular System 25-531 PART 2 Imaging and Image Processing, Developing Areas Theme 2 Imaging and Image Processing 532-1067 Theme 12 Developing Areas 1068-1089 PART 3 Biomedical Informatics, Biosignal Processing MS13 Virtual Auditory Displays 1090-1112 MS2 Biomedical Applications of Computational Intelligence 1113-1129 MS5 New Advances in Time-Frequency and Wavelets Methods 1130-1144 552 Hidden Markov Models in Biomedical Signal Processing 1145-1150 Theme 3 Biomedical Informatics 1151-1328 Theme 5 Biosignal Processing 1329-1680 PART 4 Instrumentation and Sensors, Brain and Neural Engineering MSI.2 Modeling and Imaging of Brain Electrical Activity 1681-1691 MS12 Advanced Micro Instrumentation for Medicine and Biology 1692-1702 SS4 Application of Ultrashot Laser Pulses in Medicine and Biology 1703-1718 Theme 6 Instrumentation and Sensors 1719-1991 Theme 11 Brain and Neural Engineering 1992-2242 PART 5 Neuro-Muscular Systems Biomechanics MS6 New Approaches in the Development of Motor Neuroprostheses 2243-2250 MS8.1 Innovative Techniques in Rehabilitation Engineering Research Applications I 2251-2272 MS8.2 Innovative Techniques in Rehabilitation Engineering Research Applications II 2273-2296 SS7 New Devices for Improved Functional Electrical Stimulation Systems 2297-2312 Theme 7 Neuro-Muscular Systems Biomechanics 2313-2778 PART 6 Cellular and Tissue Engineering, Physiological Systems: Modeling and Measurements, Electromagnetic Interactions Issues, Clinical Engineering and Education MS11 Biosensors and Biomedical Actuators 2779-2790 MS7 Biological Effects and Medical Applications of Electromagnetic Energy 2791-2801 MS9 Gastrointestinal Myoelectrical Activity and Pacing 2802-2811 Theme 4 Cellular and Tissue Engineering 2812-2990 Theme 8 Physiological Systems: Modeling and Measurements 2991-3241 Theme 9 Electromagnetic Interactions Issues 3242-3326 Theme 10 Clinical Engineering and Education 3327-3384 ix OVERVIEW OF TECHNICAL PROGRAM Part Pages MS1.1 Modeling and Imaging of Cardiac Electrical Activity I 1-12 MS1.2 Modeling and Imaging of Brain Electrical Activity IV 1681-1691 MS2 Biomedical Applications of Computational Intelligence Ill 1113-1129 MS3 Collaborative Learning Approaches to Biomedical Engineering Education in Computer-Aided Learning Environments of the 21st Century * MS4 Neural Engineering - an Emerging Discipline * MS5 New Advances In Time-Frequency And Wavelets Methods Ill 1130-1144 MS6 New Approaches in the Development of Motor Neuroprostheses V 2243-2250 MS7 Biological Effects and Medical Applications of Electromagnetic Energy VI 2791-2801 MS8.1 Innovative Techniques in Rehabilitation Engineering Research Applications I V 2251-2272 MS8.2 Innovative Techniques in Rehabilitation Engineering Research Applications II V 2273-2296 MS9 Gastrointestinal Myoelectrical Activity and Pacing VI 2802-2811 MS10 Cardiac Rhythms: from Single Beat to Chaos * MS11 Biosensors and Biomedical Actuators VI 2779-2790 MS12 Advanced Micro Instrumentation for Medicine and Biology IV 1692-1702 MS13 Virtual Auditory Displays Ill 1090-1112 551 Bioacoustics Revisited I 13-24 552 Hidden Markov Models in Biomedical Signal Processing Ill 1145-1150 553 Articicial Arm and Micro-Surgical Robot Control * 554 Application of Ultrashot Laser Pulses in Medicine and Biology IV 1703-1718 555 Medical Ultrasonics * 556 Physiological Modeling and Identification I (Session 8.4.1) IV 3032-3055 557 New Devices for Improved Functional Electrical Stimulation Systems V 2297-2312 558 Chaos and Fractals I (Session 5.5.1) Ill 1553-1575 559 Fuzzy Logic and Hybrid Systems I (Session 5.2.1) Ill 1352-1374 Theme 1 Cardiovascular System Track 1.1 Cardiac Electrical Activity I 25-97 Track 1.2 ECG Signal Analysis I 98-244 Track 1.3 Electrocardiotherapy I 245-270 Track 1.4 Heart Rate Variability I 271-366 Track 1.5 Cardiac Hemodynamics I 367-416 Track 1.6 Cardiac Mechanics ** Track 1.7 Cardiac Instrumentation I 417-467 Track 1.8 Cardiovascular Imaging I 468-519 Track 1.9 Other Cardiac Topics I 520-531 Theme 2 Imaging and Image Processing Track 2.1 2D/3D Image Display Visualization II 532-597 Track 2.2 CT and MR Imaging II 598-706 Track 2.3 Radiographic Imaging II 707-751 Track 2.4 Nuclear Medicine Imaging II 752-774 Track 2.5 Ultrasound Imaging and Therapy II 775-875 Track 2.6 Optical/Infra-red Imaging II 876-1005 Track 2.7 Mammography II 1006-1027 Track 2.8 Impedance, Other Imaging Modalities II 1028-1067 Theme 3 Biomedical Informatics Track 3.1 Telecommunication for Health Care Delivery HI 1151-1173 Track 3.2 Information Infrastructure in Health Care Ill 1174-1193 Track 3.3 High-Performance Biomedical Computing HI 1194-1241 Track 3.4 Virtual Reality in Medicine and Surgery HI 1242-1262 Track 3.5 Telemedicine and Teleradiology Ill 1263-1328 * No paper Merged with other tracks Part Pages Theme 4 Cellular and Tissue Engineering Track 4.1 Biomembranes VI 2812-2857 Track 4.2 Cell-based Biosensors VI 2858-2878 Track 4.3 Artificial Organs Track 4.4 Biomaterials VI 2879-2934 Track 4.5 Tissue Engineering VI 2935-2990 Theme 5 Biosignal Processing Track 5.1 Artificial Neural Networks Ill 1329-1351 Track 5.2 Fuzzy Logic Hybrid Intelligent Systems Ill 1352-1441 Track 5.3 Signal Visualization Track 5.4 Wavelets / Time-Frequency Analysis Ill 1442-1552 Track 5.5 Chaos and Fractals Ill 1553-1597 Track 5.6 High-order Statistics Ill 1598-1660 Track 5.7 Other Signal Analysis Techniques Ill 1661-1680 Theme 6 Instrumentation and Sensors Track 6.1 Instrumentation IV 1719-1821 Track 6.2 Micro-Machined Sensors IV 1822-1844 Track 6.3 Lasers and Electro-optics IV 1845-1905 Track 6.4 Molecular Electronics Track 6.5 Data Acquisition Measurement Systems IV 1906-1969 Track 6.6 Geronetechnology IV 1970-1991 Theme 7 Neuro-Muscular Systems Biomechanics Track 7.1 Posture, Gait and Locomotion V 2313-2429 Track 7.2 Ergonomics Human Performance Analysis V 2430-2459 Track 7.3 Orthopaedic Biomechanics V 2460-2523 Track 7.4 FES /Mobility Aids V 2524-2615 Track 7.5 Robotics Micro-Mechanical Devices Track 7.6 EMG/VMG Signal Analysis V 2616-2673 Track 7.7 Rehabilitation Engineering V 2674-2759 Track 7.8 Sport Medicine V 2760-2778 Theme 8 Physiological Systems: Modeling and Measurements Track 8.1 Biocontrol Track 8.2 Bioelectric and Biophysical Phenomena VI 2991-3011 Track 8.3 Nonlinear Bio-dynamics VI 3012-3031 Track 8.4 Physiological Modeling Identification VI 3032-3125 Track 8.5 Speech, Hearing and Vision VI 3126-3194 Track 8.6 Respiratory System VI 3195-3226 Track 8.7 EGG Analysis and Modeling VI 3227-3241 Theme 9 Electromagnetic Interactions Issues Track 9.1 Bioeffects of RF / Microwaves VI 3242-3264 Track 9.2 Bioeffects of Power Line EMF VI 3265-3287 Track 9.3 MRI Safety Issues VI 3288-3302 Track 9.4 Electromagnetic Absorption Modeling Track 9.5 Electromagnetic Healthcare Devices Track 9.6 EM Compatibility of Medical Devices VI 3303-3326 Theme 10 Clinical Engineering and Education Track 10.1 Clinical Engineering Track 10.2 Technology Assessment VI 3327-3346 Track 10.3 Critical Care / Intelligent Monitoring Track 10.4 Education and Ethics VI 3347-3363 Track 10.5 Economics, Liability, Responsibility ** Track 10.6 Standardization and Safety VI 3364-3384 Theme 11 Brain and Neural Engineering Track 11.1 Neural Information Processing and EEG Signal Processing IV 1992-2107 Track 11.2 Brain Electricity and Neuroimaging IV 2108-2196 Track 11.3 Magnetic Sensing MEG Mapping IV 2197-2220 Track 11.4 Instrumentation In Neurology IV 2221-2242 Theme 12 Developing Areas Track 12.1 Biotechnology II 1068-1082 Track 12.2 Engineering in Alternative Medicine II 1083-1089 * No paper ** Merged with other tracks Part V: Table of Contents Proceedings of the 20th Annual International Conference of the IEEE-EMBS,1998 MINI-SYMPOSIA MS6 New Approaches in the Development of Motor Neuroprostheses MS6-1 The Design of Control Methods for Neuroprostheses to Restore Multiple Degrees of Freedom Motor 2243 Functions Lan N, Wang JC, Ding HS, Zhang YT, Tsinghua University, China MS6-2 Artificial and Natural Sensors in FES-Assisted Human Movement Conrol 2247 Veltink PH, Sinkjaer T, Baten CTM, Bergveld P, Vander Spek J, Haugland M, University of Twente, The Netherlands MS8.1 Innovative Techniques in Rehabilitation Engineering Research Applications I MS8.1-1 How Cochlear Implants Have Expanded Our Understanding of Speech Perception 2251 McDermott HJ, The University of Melbourne, Australia MS8.1-2 Implantable Multichannel FES System with High Performance Immunity to Electromagnetic Interference 2257 Hoshimiya N, Matsuki H, Handa Y, Tohoku University, Japan MS8.1-3 Feasibility of Flywheel Batteries for Electric Powered Wheelchairs 2261 Cooper RA, Tai CF, University of Pittsburgh, USA MS8.1-4 Innovative Methods to Study Postural Stability and Fall Initiation 2264 Robinson CJ, Faulkner LW, Sparto PJ, Purucker MC, University of Pittsburgh, USA MS8.1-5 Load-Indentation Response of Soft Tissues with Multi-Layers 2270 Zheng YP, Mak AFT, Qin L, Hong Kong Polytechnic University, Hong Kong SAR MS8.2 Innovative Techniques in Rehabilitation Engineering Research Applications II MS8.2-1 Control Strategy for Upper-Limb Prostheses 2273 Childress DS, Northwestern University, USA MS8.2-2 Basic Requirements for Upper Extremity Prostheses: the Wilmer Approach 2276 Plettenburg DH, Delfs University, The Netherlands MS8.2-3 Intelligent Knee Mechanism and the Possiblity to Apply the Principle to the Other Joints 2282 Nakagawa A, Hyogo Rehabilitation Center, Japan MS8.2-4 Use of Multimedia for Gait Analysis 2288 Kirtley C, The Hong Kong Polytechnic University, Hong Kong SAR MS8.2-5 Post Occlusive Hyperaemic Effect of Tissue Under Static and Dynamic Loading Conditions 2294 Tarn EWC, Mak AFT, Evans JH, Chow YYN, The Hong Kong Polytechnic University, Hong Kong SAR SPECIAL SESSIONS SS7 New Devices for Improved Functional Electrical Stimulation Systems SS7-1 Devices for Improved Mobility After Spinal Cord Injury and Stroke 2297 Stein RB, Chong S, James KB, Cheng J, Wieler M, University of Alberta, Canada SS7-2 Determining Synergy Between Joint Angles During Locomotion by Radial Basis Function Neural Networks 2301 Popovic D, Jonic S, University of Belgrade, Yugoslavia SS7-3 BION, Bionic Neurons for Functional and Therapeutic Electrical Stimulation 2305 Loeb GE, Richmond FJR, Olney S, Cameron T, Dupont AC, Hood K, Peck RA, Queen s University, Canada SS7-4 Improved Method for Use of Natural Sensory Feedback in Control of Grasp Force for Stimulated Hand 2310 Muscles Haugland M, Lickel A, Aalborg University, Denmark THEME 7: NEURO-MUSCULAR SYSTEM BIOMECHANICS 7.1.1 Reflex Contributions to Stiffness 7.1.1-1 Dynamics of Patellar Tendon Reflex in Spastic Multiple Sclerosis Patients 2313 Zhang LQ, Wang GZ, Sliwa J, Rymer WZ, Rehabilitation Institute of Chicago, USA 7.1.1-2 Neuromuscular Model for the Stretch Reflex in Passive Movement of Spastic Elbow Joint 2317 Feng CJ, Mak AFT, The Hong Kong Polytechnic University, Hong Kong SAR 7.1.1-3 Reflex and Intrinsic Mechanical Changes in Spastic Limbs of MS Patients 2321 Zhang LQ, Wang GZ, Sliwa J, Rymer WZ, Rehabilitation Institute of Chicago, USA xii Part V: Table of Contents Proceedings of the 20th Annual International Conference of the IEEE-EMBS.1998 7.1.1-4 Stretch Reflex Behavior of Spastic Ankle Underpassive and Active Condtions 2325 Mirbagheri MM, Kearney RE, Barbeau H, McGill University, Canada 7.1.1-5 Stretch Reflex Contribution to Soleus Activation During Spastic Gait 2328 Veltink PH, Ladouceur M, Sinkjaer T, University of Twente, The Netherlands 7.1.1-6 Afferent Input From the Human Ankle Extensors During Walking 2332 Andersen JB, Sinkjaer T, Aalborg University, Denmark 7.1.2 Stiffness Properties 7.1.2-1 Anisotropic Stiffness Reduction During Constrained Multijoint Arm Movement 2336 Gomi H, NTT Basic Research Labs., Japan 7.1.2-2 Abnormal Passive and Intrinsic Stiffness in the Spastic Ankle 2338 Mirbagheri MM, Kearney RE, Barbeau H, McGill Unviersity, Canada 7.1.2-3 Real Time Estimation of Time-Varying Human Multijoint Arm Viscoelasticity During Movements 2341 Gomi H, Konno T, NTT Basic Research Labs., Japan 7.1.2-4 Intrinsic Viscoelasticity of Ankle Joint During Standing 2343 Fujita K, Sato H, Iwate University, Japan 7.1.2-5 Simultaneous Estimation of Intrinsic and Reflex Contributions to Muscle Dynamics: A Modeling Study 2346 Perreault EJ, Crago PE, Kirsch RF, Case Western Reserve Univ. , USA 7.1.2-6 Does Passive Bi-Articular Coupling of Joint Moments in the Lower Extremity of Paraplegics Differ From 2350 Normal Persons? Edrich T, Riener R, Quintern J, Univ. Hosp. Grosshadern, Germany 7.1.3 Control Theory 7.1.3-1 Adaptation of Arm Movement Control Under Repeated Perturbations 2354 Weber DJ, Chi A, He JP, Arizona State University, USA 7.1.3-2 Coordinates Transformation Learning of Hand Position Feedback Controller by Using Change of Hand 2358 Position Error Norm Oyama E, Susumu T, Mechanical Engineering Laboratory, Japan 7.1.3-3 Is Random Tracking More Difficult in Two Dimemsions Than One Dimension? 2362 Jones RD, Watson RW, Canterbury Health Ltd and University of Otago, New Zealand 7.1.3-4 Model Predictive Control of Human Elbow Joint Movement 2366 Li XF, Xiao SJ, Hong Kong Polytechnic University, Hong Kong SAR 7.1.3-5 A Strategy of Motor Learning Using Adjustable Parameters for Arm Movement 2370 Katayama M, Inoue S, Kawato M, Toyohashi University of Technology, Japan 7.1.3-6 A Dynamic Generator Model for Motor-Related Biosignals 2374 Staude G, Flachenecker C, Wolf W, Bundeswehr University, Germany 7.1.4 Postural Control 7.1.4-1 Characteristics of Visual Feedback in Postural Control 2378 Fukuoka Y, Tanaka K, Ishida A, Minamitani H, Tokyo Medical and Dental University, Japan 7.1.4-2 Detecting Thresholds and Interactions Among Displacement, Acceleration, and Velocity, for Young Adults 2382 on A Horizontally Translated Platform Faulkner LW, Robinson CJ, University of Pittsburgh, USA 7.1.4-3 Good Posture Improves Cello Performance 2386 Ueno K, Frukawa K, Nagano M, Asami T, Yoshida R, Yoshida F, Saito I, Keio University, Japan 7.1.4-4 Determinants of Psychophysical Detection Thresholds for Young Adults on A Horizontally Translated 2390 Platform Sparto PJ, Robinson CJ, Faulkner LW, Univesity of Pittsburgh, USA 7.1.4-5 Quantification of Sensory Information in Human Balance Control 2393 Kooij H.Koopman B.Jacobs R.Mergner T.Grootenboer H, University of Twente, Netherlands 7.1.4-6 Effect of Workstation Design on Posture During Manual Task in Animal House Worker 2397 Luk TC, Hong Y, The Chinese University of Hong Kong, Hong Kong SAR 7.1.5 Gait ~ 7.1.5-1 Biomechanical Modeling of Human Body Control Scheme Instepping Motion Over An Obstacle. 2401 Gorce P, Hafi F.EL, France 7.1.5-2 A Three-Dimensional Model of the Human Locomotor Apparatus for Analysis of Hemiplegic Gait 2407 Lutzenberger C, Pfeiffer F, Technishe Universitat Munchen, Germany xiii Part V: Table of Contents Proceedings of the 20th Annual International Conference of the IEEE-EMBS.1998 7.1.5-3 A Quantitative Gait Assessment Method Based on Energy Exchanges Analysis During Walking 2411 Gider F, The Jozef Stefan Institute, Slovenia 7.1.5-5 Design and Development of An Active Marker Based System for Analysis of 3-D Pediatric Foot and Ankle 2415 Motion Sampath G, Abu-Faraj ZO, Smith PA, Harris GF, Marquette University, USA 7.1.5-6 Clinical Validation of A System for the Analysis of Pediatric Foot and Ankle Kinematics During Gait 2418 Sampath G, Abu-Faraj ZO, Smith PA, Harris GF, Miarquette University, USA 7.1.5-7 Coordinated Responses of Limb Movement During Human Bipedal Locomotion to External Perturbation 2422 Nomura T, Kobayashi M, Kozuka J, Sato S, Osaka University, Japan 7.1.5-8 Age-Related Changes in Gait When Negotiating A Raised Surface. 2426 Begg RK, Sparrow WA, Victoria University of Technology, Australia 7.2.1 Energetic 7.2.1-1 Gait Pattern and Energetic Cost in Hexapods 2430 Nishii J, RIKEH, Brain Science Institute, Japan 7.2.1-2 Human Working Intensity of Children Walking with Different Loads 2434 Hong YL, Li JX, Wong ASK, The Chinese University of Hong Kong, Hong Kong SAR 7.2.1-3 Motor Strategies Evaluation Based on Biomechanical Constraints Under Microgravity Conditions 2438 Pedrocchi A, Baroni G, Ferrigno G, Pedotti A, Polytechnic of Milan, Italy 7.2.1-4 Open-Loop Control to Achieve Linear Heart Rate Increase in the Treadmill Exercise Test 2442 Saito H, Togawa T, Tokyo Med. Dent. University, Japan 7.2.2 Miscellaneous 7.2.2-1 Description of Movement of the Upper Extremities: Based on Anatomical Structure Model. (With Special 2444 Regard to Signing Gesture) Hiki S, Dcehara W, Murayama K, Imaizumi K, Fukuda Y, Waseda University, Japan 7.2.2-2 EMG Activities Between Sit-And-Reach and Stand-And-Reach: A Pilot Study 2448 Chu DPK, Luk TC, Hong Y, The Chinese University of Hong Kong, Hong Kong SAR 7.2.2-3 Correlation Between Static/Dynamic Squat Lifting Capacity and Back/Knee Strength in .Chinese Male 2452 Adults Yeung AKC, Chow DHK, The Hong Kong Polytechnic University, Hong Kong SAR 7.2.2-4 A Study for the Effect of Electrical Stimulation on Tinnitus Treatment Based on the Correlation Analysis of 2456 ABR and ECochG Kim KS, Park JW, Nam SH, Im JJ, Choi ES, Jun BH, Inje University, Korea 7.3.1 Biomechanics 7.3.1-1 Fluid Movement in Cortical Bone in Goats 2460 Qin L, Mak AFT, Cheng CW, Hung LK, Chan KM, The Chinese University of Hong Kong, Hong Kong SAR 7.3.1-2 Correlation of Imaging Semi-Quantification with Biochemical Assessment of Proteoglycans Content in 2463 Trypsinized Articular Cartilage Leung CT, Qin L, Mak AFT, Choy WY, Chan KM, The Chinese University of Hong Kong, Hong Kong SAR 7.3.1-3 Coraline Hydroxyapatite As A Bone Substitute to Enhance Spinal Fusion 2467 Yurianto H, Cheng JCY, Guo X, Lee KM, The Chinese University of Hong Kong, Hong Kong SAR 7.3.1-4 The Evaluation of Bone Mineral Density in Adolescent Idiopathic Scoliosis 2469 Cheung SK, Cheng JCY, Guo X, Qin L, Sher HL, The Chinese University of Hong Kong, Hong Kong SAR 7.3.1-5 An in Vivo Study of the Rat Patellar Tendon Healing - Histological, Biochemical and Biomechanical Aspects 2471 Chan BP, Fu SC, Qin L, Chan KM, The Prince of Wales Hospital, Hong Kong SAR 7.3.1-6 A Direct Dynamic Approach to Stress Development in Bone 2474 DeWoody Y, Martin CF, Schovanec L, Texas Tech University, USA 7.3.1-7 Visual Simulation on Ligament s Stress Derived From the Microstructural Model 2478 Hirokawa S, Tsuruno R, Kyushu-University, Japan 7.3.1-8 Biomechanical Properties of Muscle-Tendon Unit Under Fast Passive Stretch 2482 Chang LT, Chang GL, Lin RM, Lin CY, National Chung Kung University, Taiwan, China 7.3.1-9 A Forward Musculoskeletal Dynamics Approach to the Motion of Metacarpophalangeal Joint of Index 2486 Finger Huang CH, Li B, Xiao SJ, Wang RC, Tsinghua University, China 7.3.1-10 Polynomial Approximations of Gait for Human Motion Analysis and Visualization 2490 Taylor CR, von Konsky BR, Kirtley C, Curtin University of Technology, Australia 7.3.1-11 Pediatric Foot Motion Analysis: A Study of Ten Normal Children Using A Two Segment Foot Model 2494 Van Bogart JJ, Harris G, Lyon RM, Liu XC, Johnson J, Marquette University, USA xiv Part V: Table of Contents Proceedings of the 20th Annual International Conference of the IEEE-EMBS,1998 7.3.1-12 Interface Healing Between Remaining Patella and Patellar Tendon After Partial Patellectomy - An 2497 Experimental Study in Rabbit Qin L, Leung KS, Chan CW, Fu LK, Rosier RN, The Chinese University of Hong Kong, Hong Kong SAR 7.3.1-13 Structure and Mobility of the Glenohumeral Joint 2500 Chan LK, Prince of Wales Hospital, Hong Kong SAR 7.3.2 Clinical Applications 7.3.2-1 CCD - Based System for Three-Dimensional Real-Time Positioning 2503 Pan L, Zhang Q, Xiao XS, Ding HS, Wang GZ, Zhao P, Tsinghua University, China 7.3.2-2 Computerized Evaluation of the Surface Measurement of Kyphosis and Lordosis in Idiopathic Scoliosis 2507 Thometz J, Liu XC, Harris GF, Medical College of Wiscousiu, USA 7.3.2-3 Linear Modelling and Fourier Spectroscopy of Stress-Relaxation in the Cervical Spine 2509 Holmes AD, Fang J, University of Hong Kong, Hong Kong SAR 7.3.2-4 Intra-Operative Measurement and Real-Time Visualization of the Articulation of Replaced Knee Joint 2512 Surfaces During Total Knee Arthroplasty Hayashi T, Nishino K, Kondo Y, Suzuki Y, Oraori G, Koga Y, Niigata University, Japan 7.3.2-5 In-Vivo 6-DOF Measurement of Knee Movement Using An Open MR System 2516 Itoh K, Hayashi T, Mizusawa K, Omori G, Saitoh T, Koga Y, Niigata Institute of Technology, Japan 7.3.2-6 Strain Distributions All Around ACL During Knee Motion 2520 Yamamoto KL, Hirokawa SJ, Kawada T, Kurume Institute of Technology, Japan 7A1 FES Natural Sensors 7.4.1-1 Closed-Loop Stimulations of Hypoglossal Nerve Using Its Spontaneous Activity As the Feedback Signal 2524 Sahin M, Durand DM, Case Western Reserve University, USA 7.4.1-2 Position Information in Whole Nerve Cuff Recordings of Muscle Afferents in A Rabbit Model of Normal 2528 and Paraplegic Standing Jensen W, Riso R, Sinkj R T, Aalborg University, Denmark 7.4.1-3 Detecting Sudden Bladder Pressure Increases from the Pelvic Nerve Afferent Activity 2532 Jezernik S, Sinkjaer T, Aalborg University, USA 7.4.1-4 Potential Role of Afferent Recordings As A Sensory Feedback in Movement Control Systems: Animal Model 2536 Kostov A, Fuhr B, Strange K, Hoffer JA, University of Alberta, Canada 7.4.1-5 Control of Bilateral Stimulated Hand Grasp and Release by Monitoring Ipsilateral Wrist Joint Angle in 2540 Persons with Tetraplegia Scott TRD, Heasman JM, Gschwind CR, Middleton JW, Rutkowski SB, Royal North Shore Hospital, Australia 7.4.1-6 Two Point Vibrotactile Spatial Resolution As A Function of Pulse Frequency and Pulse Width 2542 Perez C, Holzmann C, Sandoval E, University of Chile, Chile 7.4.2 Stimulation Methods 7.4.2-1 Animal Study on Selective Stimulation of Nerve Fibers Using Biphasic Retangular Pulses 2546 Shen Q, Jiang DZ, Tai CF, Xi an Jiantong University, China 7.4.2-2 Frequency Response of Nerve-Muscles Relating to Fatigue and Hypokalemia in Rats 2550 Nuruki A, Uchida S, Yunokuchi K, Nagaoka R, Japan J EEG EMG, Japan 7.4.2-3 Toroid Systems for Focused Neuromagnetic Stimulation 2554 Zhang T, Edrich J, Univ. Ulm, Germany 7.4.2-4 New Nerve Cuff Electrode Based on A Shape Memory Alloy Armature 2556 Crampon MA, Sawan M, Brailovski V, Trochu F, Ecole Polytechnique de Montreal, Canada 7.4.2-5 Efficiency of Endoneural Stimulation with 5- to 24-Fold Multielectrodes 2560 Rutten WLC, Smit JPA, University of Twente, The Netherlands 7.4.2-6 Orderly Recruitment of Motoneurons in An Acute Rabbit Model 2564 Rijkhoff NJM, Sinkjaer T, Aalborg University , Denmark 7.4.2-7 Neural Networks Identification of Muscular Response Using Extended Hammerstein Models 2566 Schultheiss J, del Re L, University of Linz, Switzerland 7.4.2-8 EMG Activity and Knee Joint Torque Evoked by Microstimulation of the Cat L6 Spinal Cord 2570 Tai CF, Booth AM, Robinson CJ, de Groat WC, Roppolo JR, University of Pittsburgh, USA 7.4.2-9 Shielding of Flexible Microelectrode Interconnects for Suppression of Artifacts in Neural Prostheses 2574 Stieglitz T, Schuettler M, Keller R, Meyer J.-U, Fraunhofer List, of Biomedical Engineering, Germany XV Part V: Table of Contents Proceedings of the 20th Annual International Conference of the IEEE-EMBS,1998 7.4.3 FES Control 7.4.3-1 Finite State Controller for Functional Electrical Stimulation : Software Implementation 2578 Wang F, Andrews BJ, University of Alberta, Canada 7.4.3-2 Using Neural Network with Virtual Sensors to Generate Optimum FES Gait Controllers 2582 Tong KY, Granat MH, University of Strathclyde, UK 7.4.3-3 A Diagonal Recurrent Neural Network Based FES System for the Knee Joint Position Control 2586 Luh JJ, Chang GC, Lai JS, Cheng CK, Kuo TS, Lee JF, National Taiwan University, Taiwan, China 7.4.3-4 Learnig Control of Hand Posture with Neural Network in FES for Hemiplegics 2588 Fujita K, Shiga K, Takahashi H, Iwate University, Japan 7.4.3-5 The Control of FES-Induced Ankle Dorsiflexion of Adults with Spastic Diplegia Using A Pulsewidth 2590 Modulation Pattern - A Preliminary Study Su IYW, Chow DHK, The Spastics Association of Hong Kong, Hong Kong SAR 7.4.4 Modeling Feasibility ~ ~ _ _¦ 7.4.4-1 Experimental Tests of A Musculoskeletal Model of the Elbow Joint for FES Applications 2594 Watanabe T, Nozawa T, Eom GM, Ohba S, Futami R, Hoshimiya N, Handa Y, Tohoku University, Japan 7.4.4-2 A Physiologically Based Neuromusculoskeletal Model for the Design of FNS Control Strategies 2598 Dorgan SJ, Riener R, Technical University of Munich, Germany 7.4.4-3 Feasibility of Restoring Shoulder and Elbow Function in High Tetraplegia by Functional Neuromuscular 2602 Stimulation Kirsch RF, Acosta AM, Yu D, Keith MW, Case Western Reserve Univ., USA 7.4.4-4 A Bipedal, Closed-Chain Dynamic Model of the Human Lower Extremities and Pelvis for Simulation-Based 2605 Development of Standing and Mobility Neuroprostheses Zhao WF, Kirsch RF, Triolo RJ, Delp S, Case Western Reserve University, USA 7.4.4-5 A Novel Control Scheme Incorporating Voluntary Contributions for the Closed-Loop Control of 2609 Neuroprostheses Fuhr TCh., Riener R, Schmidt G, Technical University of Munich, Germany 7.4.4-6 An Efficient Method for Modeling EMG Potentials As Recorded Using Surface Electrodes 2613 Anctil B, Slawnych M, McGill University, Canada 7.6.1 EMG Analysis 7.6.1-1 Development and in Vivo Application of the Nerve Stimulator and EMG Analysis System for Selective 2616 Posterior Rhizotomy Kwon SH, Kim HC, Oh CW, Seoul National University, Korea 7.6.1-2 Improved EMG Pattern Recognition Using the Distribution Plot of Cepstrum 2620 Lin CL, Kang WJ, Hu CT, Lai JS, Young ST, Lai JS, Lee MH, Kuo TS, Dept. of Electrical Engineering NTU, Taiwan, China 7.6.1-3 Identification of AR Parameters for Continuous Upper-Limb EMG 2623 Zhang HH, Wang ZZ, Cai LY, Lei M, Cai H, Shanghai Jiao Tong University, China 7.6.1-4 An EMG Classifying Method Based on Bayes Criterion 2625 Lei M, Wang ZZ, Cai LY, Zhang HH, Cai H, Shanghai Jiao Tong University, China 7.6.1-5 Time-Frequency Representation for Classification of the Transient Myoelectric Signal 2627 Englehart K, Hudgins B, Parker P, Stevenson M, University of New Brunswick, Canada 7.6.1-6 Modeling of Muscle Vibration During A Twitch 2631 Xu LY, Zhang YT, Chan KM, Qin L, Lanzhou University, China 7.6.1-7 Possibility of Automatizing Computer Program for Pulse Density Demodulation (PDD) Processing of 2635 Surface Electrode Electromyograms (EMG) Choi KW, Hiki S, Waseda University, Japan 7.6.1-8 Estimation of Motor Unit Firing Statistics From Surface EMG 2639 Xu ZQ, Xiao SJ, The Hong Kong Polytechnic University, Hong Kong SAR 7.6.1-9 Electrophysiology Studies of Motor Nerve Function Recovery After Using Pre-Degenerated Nerve 2643 Graft Correlation with Histology Lao J, Hung LK, Kwong WH, The Chinese University of Hong Kong, Hong Kong SAR 7.6.1-10 A Correlation Technique for Muscle Fibre Action Potential Conduction Velocity Measurement Using A 2647 Single Acquisition Channel Spinelli EM, Felice CJ, Mayosky MA, Politti JC, Valentinuzzi ME, Universidad Nacional De La Plata, Argentina 7.6.2 EMG Based Analysis J ~ ^1 7.6.2-1 Examing the Mean Frequency of Myoelectric Signals Produced by Dynamic Muscle Contractions 2650 Maclsaac DT, Parker PA, Scott RN, U. of New Brunswick, Canada xvi Part V: Table of Contents Proceedings of the 20th Annual International Conference of the IEEE-EMBS,1998 7.6.2-2 Assessing Motor Nerve Lesion from CMAP Decomposition 2654 Xu T, Xiao SJ, Ip WY, The Hong Kong Polytechnic University, Hong Kong SAR 7.6.2-3 Generalized Algorithm of Detection and Classification in Uterine Electromyography Signal 2658 Khalil M, Duchene J, Marque C, University of Technology of Troyes, France 7.6.2-4 Study of Muscle Contraction Through A Temporal Parameter of the Myoeletric Signal 2662 Garcia MAC, Nogueira SM, Federal University of Rio de Janeiro - Brazil, Brazil 7.6.2-5 Using EMG to Evaluate Muscle Functions in Patients with Low Back Pain (LBP) Syndromes. 2666 Lu WW, Luk KDK, Cheung KMC, Leong JCY, University of Hong Kong, Hong Kong SAR 7.6.2-6 Application of Symbolic Techniques in Detecting Determinism in Time Series 2670 Yang ZJ, Zhao GZ, Zhejiang University, China 7.7.1 Assistive Devices 7.7.1-1 Development of An Automatic Transfer Machine with Human Compatibility by Using Pneumatic Actuators 2674 Hayakawa Y, Yamamoto T, Iseki N, Amano Y, Nara National College of Technology, Japan 7.7.1-2 Design of A Robotic-Hybrid Wheelchair for Operation in Barrier Present Environments 2678 Lawn M, Takeda T, Nagasaki Institute of Applied Science, Japan 7.7.1-3 KARES: Intelligent Rehabilitation Robotic System for the Disabled and the Elderly 2682 Song WK, Lee HY, Kim JS, Yoon YS, Bien ZN, Dept. of E. E. Kaist, Korea 7.7.1-4 Biomechanical Effect of Changes in Walker Height and Postion on Sagittal Plane Elbow Dynamics for 2686 Rehabilitation Purposes Hambrook GW, Simoneau GG, Bachschmidt RA, Harris GF, Marquette University, USA 7.7.1-5 Development of A System for Quantitative Study of Pediatric Walker-Assisted Gait 2689 Bachschmidt RA, Harris GF, Ackman JA, Hassani S, Reiners K, Olsson W, Carignan F, Blanchard G, Shriners Hospital for Children, Chicago Unit, USA 7.7.1-6 Power-Assisted Walking Support System for Elderly 2693 Nemoto Y, Egawa S, Koseki A, Hattori S, Ishii T, Fujie M, Hitachi Limited, Japan 7.7.1-7 Experimental Investigation on the Centros of Abduction/Adduction of the Metacarpophalangeal Joints of 2696 Human Hand Huang CH, Lu X, Li B, Wang RC, Xiao SJ, Tsinghua University, China 7.7.1-8 Rate of Information Processing During Simultaneous Presentation of Auditory and Visual Information 2700 Murata A, Iwase H, Hiroshima City University, Japan 7.7.1-10 A Speech Controlled Artificial Limb Based on DSP Chip 2704 Lin CL, Wang SC, Wu HC, Young ST, Lee MH, Kuo TS, National Taiwan University, Taiwan, China 7.7.1-11 An Efficient Feedback Cancellation for Multiband Compression Hearing Aids 2706 Park YC, Kim DW, Kim IY, Samsung Advanced Institute of Technology, Korea 7.7.1-12 A Completely Intramedullary Leg Lengthening Device 2710 Aalsma AMM, Hekman EEG, Stapert J, Grootenboer H, University of Twente, The Netherlands 7.7.1-14 Digital Filtering of Kinematics of Racing Wheelchair Propulsion 2714 DiGiovine CP, Cooper RA, DiGiovine MM, Boninger ML, Robertson RN, University of Pittsburgh, USA 7.7.1-15 Effectiveness of Cognitively Engineered Human Interface Design 2717 Murata A, Iwase H, Hiroshima City University, Japan 7.7.1-16 Implementation of Fuzzy Control Over FES-Assisted Locomotion for CVA Patients 2721 Chang MH, Chen YL, Wang KC, Kuo TS, National Taiwan University, Taiwan, China 7.7.2 Therapeutic Interventions 7.7.2-1 Verbal-Encouragement Algorithm in Gait Training for the Elderly 2724 Tejima N, Takahashi Y, Bunki H, Ritsumeikan University, Japan 7.7.2-2 Effects and Usefulness of A New Training Procedure Developed for Rehabilitation of Physical and Cognitive 2726 Activity Yasuda T, Higashi Y, Fujimoto T, Suzuki M, Tamura T, Tsuji T, Sakaki H, Fujimoto Hospital, Japan 7.7.2-3 An Analysis of Skin Temperature Changes Under Pressure Loading and Relief by Animal Experiments 2729 Kemuriyama T, Niitsuma J, Yano H, Komeda T, Shibaura Institute of Technology, Japan 7.7.2-4 Neural Network Control of Wheelchairs Using Telemetric Head Movement 2731 Joseph T, Nguyen H, University of Technology, Sydney, Australia 7.7.2-5 Etiology of Decubitus Ulcers Using An Animal Model-Measurements of Local Blood Flow Inhibition 2734 Niitsuma J, Yano H, Togawa T, National Rehabilitation Center for the Disabled, Japan 7.7.2-6 The Effect of Muscular Strengthening with Electrical Stimulation on Sit-To-Stand Motion in Young and 2738 Elderly Persons Galli M, Crivellini M, Politechnico Di Milano, Italy xvii Part V: Table of Contents Proceedings of the 20th Annual International Conference of the IEEE-EMBS,1998 7.7.3 Prostheses 7.7.3-1 MRI Investigation of Musculoskeletal Action of Transfemoral Residual Limb Inside A Prosthetic Socket 2741 Zhang M, Mak AFT, Chung A1K, Chung KH, The Hong Kong Polytechnic University, Hong Kong SAR 7.7.3-2 Dynamic Effects of Postural Sway on Back Surface Contour: Implication for 3-D Assessment of Spinal 2744 Position Thometz J, Liu XC, Mcgrady L, Harris GF, Medical College of Wisconsin, USA 7.7.3-3 A Novel Technique for Fabricating Facial Prosthetic Model 2746 Ching LS, Kai CC, Meng CS, Nanyang Technological University, Singapore 7.7.3-4 A New Strategy for 3D Imaging of Residual Limbs Using Ultrasound 2750 He P, Xue K, Wang YW, Fan Y, Wright State University, USA 7.7.3-5 Air Cushion Action at the Distal End of Above-Knee Stump with A Prosthetic Socket 2754 Zhang M, Mak AFT, Mak J, The Hong Kong Polytechnic University, Hong Kong SAR 7.7.3-6 Biomechanical Analysis of Buttock Soft Tissues Using Computer-Aided Seating System 2757 Wang J, Brienza DM, Yuan YW, Karg P, Bertocci G, University of Pittsburgh, USA 7.8.1 Sport Medicine 7.8.1-1 Identification of Fast Bone Losers Using High Precision pQCT in Pre- and Postmenopausal Chinese Women 2760 in Hong Kong Qin L, Au SK, Chan KM, Lau E, Lee KM, Cheng SH, Dambacher MA, Leung PC, The Chinese University of Hong Kong, Hong Kong SAR 7.8.1-2 Enhanced Skeletal Muscle Healing and Regeneration by Purified Novel Mitogen(s) From Rats 2764 Li M, Jiao ZX, Cai DQ, Lee K, Liu MJ, Chan KM, The Chinese University of Hong Kong, Hong Kong SAR 7.8.1-3 Effect of Verbascoside on Reducing the Concentration of Oxygen Free Radicals of Skeletal Muscle During 2768 and After Exercise Li JX, Chan KM, Lu JF, Xin D, U H, Gao JN, The Chinese University of Hong Kong, Hong Kong SAR 7.8.1-4 Analysis of Age Related Changes of Aqueous Proteins in Rat Soleus Using Two-Dimensional Electrophoresis 2772 Cai DQ, Jao ZX, Li M, Lee S, Lee KKH, Bing SJ, Chan KM, The Chinese University of Hong Kong, Hong Kong SAR 7.8.1-5 Snapshot Evaluation of Fatigue During Skiing Exercise 2775 Kiryu T, Abe T, Gocho T, Ushiyama Y, Okada M, Niigata University, Japan xviii
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spelling	Biomedical engineering towards the year 2000 and beyond Hong Kong SAR, China, October 29 - November 1, 1998 5 Neuro-muscular systems & biomechanics ed. by H. K. Chang ... Piscataway, NJ IEEE Operations Center 1998 XVIII S., S. 2243 - 2778, S. A-I - A-XI Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Proceedings of the annual international conference of the IEEE Engineering in Medicine and Biology Society 20,5 Proceedings of the ... annual international conference of the IEEE Engineering in Medicine and Biology Society 20 Chang, H. K. edt (DE-604)BV024137992 5 Proceedings of the annual international conference of the IEEE Engineering in Medicine and Biology Society 20,5 (DE-604)BV024643382 20,5 HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=018303632&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Biomedical engineering towards the year 2000 and beyond Hong Kong SAR, China, October 29 - November 1, 1998 Proceedings of the annual international conference of the IEEE Engineering in Medicine and Biology Society
title	Biomedical engineering towards the year 2000 and beyond Hong Kong SAR, China, October 29 - November 1, 1998
title_auth	Biomedical engineering towards the year 2000 and beyond Hong Kong SAR, China, October 29 - November 1, 1998
title_exact_search	Biomedical engineering towards the year 2000 and beyond Hong Kong SAR, China, October 29 - November 1, 1998
title_full	Biomedical engineering towards the year 2000 and beyond Hong Kong SAR, China, October 29 - November 1, 1998 5 Neuro-muscular systems & biomechanics ed. by H. K. Chang ...
title_fullStr	Biomedical engineering towards the year 2000 and beyond Hong Kong SAR, China, October 29 - November 1, 1998 5 Neuro-muscular systems & biomechanics ed. by H. K. Chang ...
title_full_unstemmed	Biomedical engineering towards the year 2000 and beyond Hong Kong SAR, China, October 29 - November 1, 1998 5 Neuro-muscular systems & biomechanics ed. by H. K. Chang ...
title_short	Biomedical engineering towards the year 2000 and beyond
title_sort	biomedical engineering towards the year 2000 and beyond hong kong sar china october 29 november 1 1998 neuro muscular systems biomechanics
title_sub	Hong Kong SAR, China, October 29 - November 1, 1998
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