Medicine Meets Virtual Reality 11

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ISBN: 9781586033200 | 1586033204
Cover: Hardcover
Copyright: 1/1/2003

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The Proceedings of the 11th annual. Medicine Meets Virtual Reality conference provides current research on many data-centered applications for clinical care and medical education. It is a reference source for IT researchers working in a biomedical context, medical educators, physicians interested in emerging clinical tools, and medical device developers. A major focus is on surgical simulation and supporting technologies: haptics, tissue modeling, and virtual environments. Assessment and validation studies are represented, as well as papers on simulator design and didactics. Another core area is information-guided therapy, from diagnosis through surgery. Discussion of imaging techniques is complemented by papers on visualization, data fusion, and augmented reality. Advances in robotic surgery are also presented.

Preface	p. v
Special Visual Effects for Surgical Simulation: Cauterization, Irrigation and Suction	p. 1
A Haptic Model of a Bone-cutting Burr	p. 4
Mixed Reality for Neurosurgery: A Novel Prototype	p. 11
GeRTiSS: Generic Real Time Surgery Simulation	p. 16
Simulating Needle Insertion and Radioactive Seed Implantation for Prostate Brachytherapy	p. 19
In-Vivo and In-Situ Compressive Properties of Porcine Abdominal Soft Tissues	p. 26
A VR-System Supporting Symmetry Related Cranio-Maxillofacial Surgery	p. 33
Analyzing the MMVR Research Space: Past Emphases, Future Directions	p. 36
Online Training Evaluation in VR Simulators using Gaussian Mixture Models	p. 42
Quantifying Expert vs. Novice Skill In Vivo for Development of a Laryngoscopy Simulator	p. 45
Modelling Human Burn Injuries in a Three-dimensional Virtual Environment	p. 52
Novel Algorithms for Polarization Imaging Resulting in Improved Quantification of Retinal Blood Vessels	p. 59
3D Tooth Shape from Radiographs using Thin-plate Splines	p. 62
The Virtual Craniofacial Patient: 3D Jaw Modeling and Animation	p. 65
Dynamic MR-mammography in Virtual Reality	p. 72
Development of an Interactive Teaching System based on Motion Synchrony between Physical and Virtual Models	p. 79
3D Visualization Methods to Guide Surgery for Parkinson's Disease	p. 86
Realistic Virtual Endoscopy of the Ventricle System and Haptic-based Surgical Simulator of Hydrocefalus Treatment	p. 93
Cybercare: Virtual Reality Technologies for Homeland Defense	p. 96
Trauma Team Training in a Distributed Virtual Emergency Room	p. 100
Comparing a Simplified FEM Approach with the Mass-Spring Model for Surgery Simulation	p. 103
A Robotic Surgery System (da Vinci) with Image Guided Function--System Architecture and Cholecystectomy Application	p. 110
Real-time 3D Deformation Imaging of Abdominal Organs in Laparoscopy	p. 117
Metrics and Motion Analysis for Assessment of Surgical Skills	p. 124
Lessons Learned in Modeling Virtual Pediatric Patients	p. 127
Surface Transparency Makes Stereo Overlays Unpredictable: The Implications for Augmented Reality	p. 131
Independent Testing of Soft Tissue Visco-elasticity using Indentation and Rotary Shear Deformations	p. 137
A Haptic Sensor-Actor-System based on Ultrasound Elastography and Electrorheological Fluids for Virtual Reality Applications in Medicine	p. 144
An Augmented Reality System for MRI-guided Needle Biopsies	p. 151
Physically Based Hybrid Approach in Real Time Surgical Simulation with Force Feedback	p. 158
Virtual Simulated Patients for Bioterrorism Preparedness Training	p. 165
Development of New Three-dimensional Endoscopic Ultrasound System through Endoscope Shape Monitoring	p. 168
Automatic Segmentation of the Liver for Preoperative Planning of Resections	p. 171
Training Brain Retraction in a Virtual Reality Environment	p. 174
The Wireless and Paperless E.R.: An Economical and Ergonomic Approach	p. 181
Eye Trackers in a Virtual Laparoscopic Training Environment	p. 184
A Haptic Needle Manipulation Simulator for Chinese Acupuncture	p. 187
Real-time Web-based Telerehabilitation Monitoring	p. 190
Development and Evaluation of a Simulator of Invasive Procedures in Pediatric Bone Marrow Transplant	p. 193
Validation of Medical Modeling and Simulation Training Devices and Systems	p. 196
Inclusion of 3-D Computed Tomography Rendering and Immersive VR in a Third Year Medical Student Surgery Curriculum	p. 199
A Surgical Simulator for Cleft Lip Planning and Repair	p. 204
Virtual Instruments: A Generalized Implementation	p. 210
A Part-task Approach to Haptic Knee Arthroscopy Training	p. 216
Validation of a Web-based Training Tool for Lumbar Puncture	p. 219
The Operating Room of the Future: White Paper Summation	p. 226
Real-time PC Based X-ray Simulation for Interventional Radiology Training	p. 233
Evaluation of a Novel Electronic Fetal Monitor Simulator	p. 240
Virtual Reality Therapy in Aid of Senior Citizens' Psychological Disorders	p. 245
Use of an Augmented Reality Display of Patient Monitoring Data to Enhance Anesthesiologists' Response to Abnormal Clinical Events	p. 248
4-Dimensional Computer-based Motion Simulation after Total Hip Arthroplasty	p. 251
Stereo Visualization of 3D Trabecular Bone Structures Produced by Bone Remodelling Simulation	p. 258
The Augmented-feedback Rehabilitation Technique Facilitates the Arm Motor Recovery in Patients after a Recent Stroke	p. 265
Interrogative Visualization: Embedding Deformation and Constructive Solid Geometry into Volume Visualization	p. 268
Visible Human 2.0--The Next Generation	p. 275
Force-Torque Input Enhances Medical VR Applications	p. 282
The Joy Stick: A New Force-Input-Device for a Multi-modal Desktop Simulator	p. 285
Development of a Training Tool for Endotracheal Intubation: Distributed Augmented Reality	p. 288
Minimally Invasive Surgery Task Decomposition--Etymology of Endoscopic Suturing	p. 295
Virtual Visit: Improving Communication for Those Who Need It Most	p. 302
Evaluation of INPRES--Intraoperative Presentation of Surgical Planning and Simulation Results	p. 309
Medarpa--A Medical Augmented Reality System for Minimal-invasive Interventions	p. 312
Four-dimensional Analysis of Mandibular Movements with Optical Position Measuring and Real-time Imaging	p. 315
Wireless Virtual Instrument Measurement of Surgeons' Physical and Mental Workloads for Robotic versus Manual Minimally Invasive Surgery	p. 318
Stereo Imagery from the UNC Augmented Reality System for Breast Biopsy Guidance	p. 325
Facilitating Real-time Volume Interaction	p. 329
CELTS: A Clinically-based Computer Enhanced Laparoscopic Training System	p. 336
Simulation of a Preperitoneal Mesh in laparoscopic Herniorrhaphy	p. 343
Development of Dynamic Spatial Video Camera (DSVC) for 4D Observation, Analysis and Modeling of Human Body Locomotion	p. 346
Development of an Endoscopic Robot System with Two Hands for Various Gastric Tube Surgeries	p. 349
Dynamic Deformation of Elastic Organ Model and the VR Cockpit for Virtual Surgery and Tele-surgery	p. 354
Wearable Schizophrenia Treatment with Real-time Affective Context Awareness	p. 357
3D Reconstruction of Organ Surfaces using Model-based Snakes	p. 360
Development of a Data Fusion System using Color Information for Real-time Intraoperative Liver Surface Measurement	p. 367
Neuro VRAC--A Comprehensive Approach to Virtual Reality-based Neurological Assessment and Treatment Systems	p. 370
Measurements of the Level of Surgical Expertise using Flight Path Analysis from da Vinct Robotic Surgical System	p. 373
Transatlantic Medical Education: Preliminary Data on Distance-based High-fidelity Human Patient Simulation Training	p. 379
Real-time Volumetric Deformation for Surgical Simulation using Force Feedback Device	p. 386
Web-access to a Lung Deposition Model for Radiation Protection and Physiological Modeling	p. 389
Virtual Reality and Interactive 3D as Effective Tools for Medical Training	p. 392
A Mobile and Navigated Image Viewer for Surgery--Evaluation of Precision	p. 395
A Hybrid Condensed Finite Element Model for Interactive 3D Soft Tissue Cutting	p. 401
Medical Biomodelling in Surgical Applications: Results of a Multicentric European Validation of 466 Cases	p. 404
Anatomically Accurate Individual Face Modeling	p. 407
Development of a Computer Assisted Craniofacial Surgery Planning System	p. 410
Engineering Requirements for a Haptic Simulator for Knee Arthroscopy Training	p. 413
Author Index	p. 419
Table of Contents provided by Rittenhouse. All Rights Reserved.

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Medicine Meets Virtual Reality 11

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