Surrounding image projection with convex mirrors
Proceedings of the 3rd International Universal Communication Symposium
Making an immersive projection environment with our living room
Proceedings of the 8th International Conference on Virtual Reality Continuum and its Applications in Industry
Cost-effective haptic-based networked virtual environments with high-resolution tiled display
Multimedia Tools and Applications
A game engine-based multi-projection virtual environment with system-level synchronization
EGVE'05 Proceedings of the 11th Eurographics conference on Virtual Environments
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Many immersive displays developed in previous researches are strongly influenced by the design concept of the CAVE which is the origin of the immersive displays. We propose a novel multi-projector display for immersive virtual environments. Our system named "D-vision" has a hybrid curved screen which consist of differently shaped surface elements that are partial surfaces of such objects as planes, spheres, cylinders and tori. 24 PCs and projectors generate high-quality stereoscopic images. Our rendering algorithm using our original image processing hardware and commodity 3-D graphics hardware realizes seamless and non-distorted projection on the hybrid screen. The D-vision also has a human-scale haptic and locomotion interface by which the users of the D-vision can walk with their own foot and interact with virtual objects through their own hands. In this paper, we show an overview of the D-vision and technologies used for the human-scale haptic- and locomotion interfaces.