A navel virtual tele-immersive product evaluation environment is conceived.
The components for the tele-immersive virtual environment for product eval
uation include a robust virtual reality (VR) hardware system, associated VR
driving software, development tool for the tele-immersive virtual environm
ent, networking software, user representation scheme and tools for developi
ng 3D models and incorporating dynamic properties into the models. We have
developed a model to allow users to collaboratively evaluate products using
the CAVE(TM), Performer. CAVERN, CAVEActors, Pro/ENGINEER, and ADAMS. (C)
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