Virtual Spaces - VR Projection System Technologies and Applications

Dai, P.; Eckel, G.; Göbel, M.; Hasenbrink, F.; Lalioti, V.; Lechner, U.; Strassner, J.; Tramberend, H.; Wesche, G.

Virtual Spaces - VR Projection System Technologies and Applications

Files

goebel.pdf (1.03 MB)

Date

1997

Authors

Dai, P.
Eckel, G.
Göbel, M.
Hasenbrink, F.
Lalioti, V.
Lechner, U.
Strassner, J.
Tramberend, H.
Wesche, G.

Publisher

Eurographics Association

Abstract

The motivation for providing multi-sensorial interfaces for human-machine interaction is rooted in the nature of human perception and cognition, which use several sensory channels at the time to construct what is generally referred to as reality. Naturally, the more sensory channels can be stimulated coherently in a human-machine interface, the richer the interaction models can be. The more of our innate and culturally acquired perceptual and cognitive skills can be exploited in an interface, the more refined and efficient the interaction may be. This is especially valid for interfaces which mimic to a large extent certain aspects of our everyday physical environment to create what we call virtual environments or virtual reality.

        @inproceedings{:10.2312/egt.19971008
,
booktitle = {Eurographics 1997 - Tutorials
},
editor = {},
title = {{Virtual Spaces - VR Projection System Technologies and Applications
}},
author = {Dai, P. and 
Eckel, G. and 
Göbel, M. and 
Hasenbrink, F. and 
Lalioti, V. and 
Lechner, U. and 
Strassner, J. and 
Tramberend, H. and 
Wesche, G.
},
year = {1997
},
publisher = {Eurographics Association
},
ISSN = {1017-4656
},
ISBN = {},
DOI = {/10.2312/egt.19971008
}
}