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Steering Behaviors for Autonomous Vehicles in Virtual Environments.

, , , and . VR, page 155-162. IEEE Computer Society, (2005)

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A parametric model for oriented, navigable surfaces in virtual environments., and . VRCIA, page 51-57. ACM, (2006)Effect of measurement setting in judging traveled distance: additional evidence for underestimation of distance in virtual environments., , , , and . APGV, page 159. ACM, (2010)Optimal Camera Placement for Motion Capture Systems., and . IEEE Trans. Vis. Comput. Graph., 23 (3): 1209-1221 (2017)Driving simulation: challenges for VR technology., , and . IEEE Computer Graphics and Applications, 16 (5): 16-20 (1996)Optimal camera placement for motion capture systems in the presence of dynamic occlusion., and . VRST, page 129-138. ACM, (2015)Harnessing Vehicle-to-Pedestrian (V2P) Communication Technology: Sending Traffic Warnings to Texting Pedestrians., , , , and . Hum. Factors, 60 (6): 833-843 (2018)A Virtual Peer for Investigating Social Influences on Children's Bicycling., , , , , , and . VR, page 91-98. IEEE Computer Society, (2009)Making distance judgments in real and virtual environments: does order make a difference?, , , and . SIGGRAPH Research Posters, page 187. ACM, (2006)HCSM: A Framework for Behavior and Scenario in Virtual Environments., , and . ACM Trans. Model. Comput. Simul., 5 (3): 242-267 (1995)How do bicyclists intercept moving gaps in a virtual environment?, , , , , , and . APGV, page 188. ACM, (2008)