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James Anderson, S. Jay, M. Anderson, Thaddeus Hunt (2002)
Research Paper: Evaluating the Capability of Information Technology to Prevent Adverse Drug Events: A Computer Simulation ApproachJournal of the American Medical Informatics Association : JAMIA, 9 5
B. Temkin, E. Acosta, Paul Hatfield, Erhan Önal, A. Tong (2002)
Application of Information Technology: Web-based Three-dimensional Virtual Body Structures: W3D-VBSJournal of the American Medical Informatics Association : JAMIA, 9 5
D. Tsavachidou, M. Liebman (2002)
Model Formulation: Modeling and Simulation of Pathways in MenopauseJournal of the American Medical Informatics Association : JAMIA, 9 5
J. Moehr (2002)
Evaluation: salvation or nemesis of medical informatics?Computers in biology and medicine, 32 3
M. Shifman, F. Sayward, M. Mattie, P. Miller (2002)
Case Study: Exploring Issues of Quality of Service in a Next Generation Internet Testbed: A Case Study Using PathMasterJournal of the American Medical Informatics Association : JAMIA, 9 5
C. Pugh, P. Youngblood (2002)
Development and validation of assessment measures for a newly developed physical examination simulator.Journal of the American Medical Informatics Association : JAMIA, 9 5
J. Hargrove (1998)
Dynamic Modeling in the Health Sciences
James Anderson (2002)
Evaluation in health informatics: computer simulationComputers in biology and medicine, 32 3
Optimization of a research Web environment for academic internal medicine
ANDERSON, A Focus on Simulation in Medical Informatics Editorial Comments JAMIA A Focus on Simulation in Medical Informatics JAMES G. ANDERSON, PHD This special issue of JAMIA addresses simulation, a medical education. Simulation technology that uti- methodology that holds great promise for the lizes high performance computers and graphics per- advancement of information technology in health mit realistic real-time displays of virtual body struc- care. Simulation has been termed a third domain, tures that can be used to teach anatomy and surgery complementing both natural language and mathe- among others. matical/statistical approaches. The process of con- structing a simulation model introduces a new way Three papers in this issue report on the development of thinking about medical informatics. It also pro- of simulation-based learning environments. Temkin vides tools to build understanding and generate et al. describe a virtual-reality-based anatomical insights into complex systems and processes. training system for teaching human anatomy over Simulation has many potential applications in med- the Internet. The system’s interface allows the user to ical informatics including research, evaluation, edu- navigate through the Visible Human and to touch cation, training and policy making. geometric structures with a haptic device. A second paper by Dev et
Journal of the American Medical Informatics Association – Oxford University Press
Published: Sep 1, 2002
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