Medicine Meets Virtual Reality 19 : NextMed / edited by James D. Westwood ... [et al.].

Format:

Book

Conference/Event

Author/Creator:

Medicine Meets Virtual Reality, Corporate Author.

Contributor:

Westwood, James D.

Conference Name:

Medicine Meets Virtual Reality (19th)

Medicine Meets Virtual Reality

Series:

Studies in health technology and informatics ; v. 173.

Studies in health technology and informatics, 0926-9630 ; v. 173

Language:

English

Subjects (All):

Medical technology--Congresses.

Medical technology.

Physical Description:

1 online resource (596 p.)

Place of Publication:

Amsterdam ; Washington, D.C. : IOS Press, c2012.

Language Note:

English

Summary:

A physician who is treating a patient confronts a complex and incompletely understood living system that is sensitive to pain. An engineer or programmer who develops a new device, on the other hand, operates within the less emotional domains of materials and mathematics. The Medicine Meets Virtual Reality (MMVR) conference brings together physicians, scientists, engineers, educators, students, and others to bridge the gap between clinicians and technologists, and to create collaborative solutions to healthcare challenges. This book presents the proceedings of the Medicine Meets Virtual Reality conference (MMVR19), held in Newport Beach, California, USA, in February 2012. It includes papers on modeling and simulation, imaging, data visualization and fusion, haptics, robotics, telemedicine and medical intelligence networking, virtual and augmented reality, psychotherapy and physical rehabilitation tools, serious games, and other topics.MMVR stimulates interaction between developers and end users and promotes unorthodox problem-solving as a complement to rigorous scientific methodology. This book will interest all who are involved with the future of medicine.

Contents:

Title Page; Preface; MMVR19 Proceedings Editors; MMVR19 Organizing Committee; Contents; A Meshless EFG-Based Algorithm for 3D Deformable Modeling of Soft Tissue in Real-Time; Design of a 4 DOF Laparoscopic Surgery Robot for Manipulation of Large Organs; Virtual Help for Real Surgery: The Case of Awake Surgery; Enhancing Medical Communication Training Using Motion Capture, Perspective Taking and Virtual Reality; Medical Students' Attitudes Toward Obese Patient Avatars of Different Skin Color; Abnormal Red Blood Cells Detection Using Adaptive Neuro-Fuzzy System

Concurrent and Face Validity of a Capsulorhexis Simulation with Respect to Human PatientsAn Aneurysm Clipping Training Module for the Neurosurgical Training Simulator NeuroSim; Distributed Adaptive Simulation Through Standards-Based Integration of Simulators and Adaptive Learning Systems; Volume Visual Attention Maps (VVAM) in Ray-Casting Rendering; Haptic Feedback in OP:Sense - Augmented Reality in Telemanipulated Robotic Surgery; Haptic Handles for Robotic Surgery

Development of Medical Engagement Training Toolkits to Support Special Operations Military Assistance Programs in Austere EnvironmentsUser Preference Comparing a Conventional Videolaryngoscope Blade vs. a Novel Suction Videolaryngoscope Blade in Simulated Hemorrhagic Airway Intubation; Use of a Cardiac Algorithm in a Preoperative Evaluation Clinic - A Pilot Study; Surgical Tools Recognition and Pupil Segmentation for Cataract Surgical Process Modeling; Evaluation of Neuroanatomical Training Using a 3D Visual Reality Model

A Compact High-Definition Low-Cost Digital Stereoscopic Video Camera for Rapid Robotic Surgery DevelopmentEvaluation of Tensiometric Assessment as a Measure of Skill Degradation; EEG Alpha Asymmetry in Virtual Environments for the Assessment of Stress-Related Disorders; Use of a Linear Motion Stroke Potentiometer as a High Precision Sensor for Linear Translation in a Laparoscopic Ligating Loop Simulation; ToolTrackTM: A Compact, Low-Cost System for Measuring Surgical Tool Motion; Anatomic Hepatectomy Planning Through Mobile Display Visualization and Interaction

Towards a Generic Framework for Evaluation and Comparison of Soft Tissue ModelingThe Application of Technology for the Creation of ""Retention Profiles"" for Use in Adaptive Learning and the Delivery of Remedial Material; A 6 Degrees-of-Freedom Haptic Milling Simulator for Surgical Training of Vertebral Operations; Force Sensing-Based Simulator for Arthroscopic Skills Assessment in Orthopaedic Knee Surgery; An Open Source Mobile Platform for Psychophysiological Self Tracking; Creating a Representative Map for Arthroscopy Simulation

A Resource Management Tool for Real-Time Multimodal Surgical Simulation

Notes:

Description based upon print version of record.

Includes bibliographical references and indexes.

ISBN:

6613556483

1-280-37857-3

9786613556486

1-61499-022-0

OCLC:

786037894