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Optic flow and physical effort as cues for the perception of the rate of self-produced motion in VE.

, , , , , , и . APGV, стр. 132. ACM, (2009)

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James F Reardon

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Ammini James-Mammoottil

 

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Effects of scene density and richness on traveled distance estimation in virtual environments., , , и . APGV, стр. 83-86. ACM, (2011)Simulation and scenario support for virtual environments., , и . Comput. Graph., 20 (2): 199-206 (1996)Real-Time Extendible-Resolution Display of On-line Dynamic Terrain., , и . Graphics Interface, стр. 151-160. (2002)Interactive Manipulation of Articulated Objects with Geometry Awareness., и . ICRA, стр. 592-598. IEEE Robotics and Automation Society, (1999)Optic flow and physical effort as cues for the perception of the rate of self-produced motion in VE., , , , , , и . APGV, стр. 132. ACM, (2009)Is perception-action coupling more malleable in virtual than in real environments?, , , , , и . APGV, стр. 114. ACM, (2011)Distance perception in real and virtual environments., , и . APGV, том 73 из ACM International Conference Proceeding Series, стр. 27-34. ACM, (2004)How does a virtual peer influence children's distance from the roadway when initiating crossing?, , , , , , и . APGV, стр. 129. ACM, (2009)UCOL -- Iowa City UNESCO City of Literature: mobile application research & development., , , , , , , , , и . iConference, стр. 636-637. ACM, (2011)Steering Autonomous Driving Agents Through Intersections in Virtual Urban Environments., , , и . MSV/AMCS, стр. 10-16. CSREA Press, (2004)