Indirect User Guidance by Pedestrians in Virtual Environments

Distributed virtual environments offer an efficient way for a number of users to create complex 3D virtual worlds.. However, navigation within these virtual environments can

Virtual Reality, Immersive Virtual Environments, User Interfaces, Input Devices, Optical Tracking, Interac- tion Concepts, Ergonomics of Handheld Devices, Wireless, CAD

In our application framework ViSTA FlowLib for the interactive visualization and explo- ration of unsteady flows in virtual environments we implemented haptic rendering techniques as

To enable the use of ENVIRON in VR environments with different kinds of devices, we developed an independent tool, called ViRAL (Virtual Reality Abstraction Layer), which may also

They also introduced an algorithm for approximating directional penetration depth between textured objects using haptic textures and a parallel implementation on programmable

Immersive virtual reality systems such as CAVEs and head-mounted displays offer a unique shared environment for collaborations unavailable in the real world.. Virtual environments

Using the optical tracking system of our four-sided Definitely Affordable Virtual Environment (DAVE), we designed and implemented navigation and movement controls using the

This paper examines the effect of adding haptic force cues (simulated inertia, compensation of gravity) during 3D-path following in large immersive virtual reality