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Title Page -- Contents -- Foreword -- Quotation from Machiavelli's The Prince -- Initial Article -- Doorway to the Future -- Virtual Reality and Mental Health -- Psychiatric Therapeutic Applications of Virtual Reality Technology (VRT): Research Prospectus and Phenomenological Critique -- Virtual Reality and the Neuropsychological Assessment of Persons with Neurologically Based Cognitive Impairments -- The Status of Virtual Reality for the Cognitive Rehabilitation of Persons with Neurological Disorders and Acquired Brain Injury -- Virtual Reality Environments for Psycho-Neuro-Physiological Assessment and Rehabilitation -- Virtual Reality for Autism Communication and Education, with Lessons for Medical Training Simulators -- Blind Persons Navigate in Virtual Reality (VR) -- Hearing and Feeling Communicates "Reality -- Virtual Reality Support System in Palliative Medicine -- Computer Assisted Therapy for Multiple Sclerosis and Spinal Cord Injury Patients Application of Virtual Reality -- Technological Innovation: Assessment in the Environment of Cost Containment -- Patient Safety and Efficacy as Measured by Clinical Trials and Regulatory Policy -- Scientific and Clinical Visualization -- Image Guided Surgery and Its Potential -- High Definition 3D Ultrasound Imaging -- Visualization of Compression Neuropathies through Volume Deformation -- Virtual Reality (VR) Techniques in Orthopaedic Research and Practice -- TeleInViVo: A Collaborative Volume Visualization Application -- Simulation of Soft-Tissue Tumor Excisions: A Multimodal Interactive Approach -- New Interface Metaphors for Complex Information Space Visualization: an ECG Monitor Object Prototype -- Computerized Hand Diagnostic/Rehabilitation System Using a Force Feedback Glove -- Virtual Cancer Image Data Warehouse -- More Real-Time Visual and Haptic Interaction with Anatomical Data

Title Page -- Table of Contents -- Chapter 1. DETOUR: Brain Deconstruction Ahead -- Chapter 2. MAGNOBRAIN Integrating Radiological, Anatomical, and Electrophysiological Information about the Brain for Source Localization -- Chapter 3. Telemedicine in Rural North Carolina -- Chapter 4. Factors Affecting Presence an Performance in Virtual Environments -- Chapter 5. Planning of Orthopaedic Surgery in Virtual Environments by the Example of Osteotomy Operations -- Chapter 6. Using a Dataglove for the Ergonomic Assessment of Instruments in Endoscopy -- Chapter 7. Novel Imaging for Novel Therapy -- Chapter 8. Clinical Applications of a High-Performance Computing System for Visualizing and Monitoring Human Labor and Birth -- Chapter 9. Advanced Concepts for Distributed Rehabilitation -- Chapter 10. Tactile and Force Sensing for Computerized Hand Diagnosis -- Chapter 11. Telematics Applications Program -- Chapter 12. Emergent Technologies from Human-Dolphin Interaction Research -- Chapter 13. A 100 Surgical Simulator for the IBM PC -- Chapter 14. Integrating Anatomy and physiology for Behavior Modeling -- Chapter 15. Medical Robotics and Computer Assisted Surgery in Orthopaedics -- Chapter 16. Interactive Image-Directed Epilepsy Surgery -- Chapter 17. Triage Simulation in a Virtual Environment -- Chapter 18. An Interactive Electronics Book for Learning Transesophageal Echocardiography -- Chapter 19. Tactile Feedback for Endoscopic Surgery -- Chapter 20. The Responsive Workbench -- Chapter 21. Clinical Application of Pavlov Conditioning Reflexes in Treatment of Urinary Incontinence -- Chapter 22. Virtual Reality Meets Medical Education -- Chapter 23. An ATM-Based Local Communication System for Telesurgery -- Chapter 24. Force Feedback and Medical Simulation -- Chapter 25. Next-Generation 3D Videosystems May Improve Laparoscopic Task Performance.