Locomotion Interface Using Omni-directional Infinite Surface

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  • 全方向無限平面を用いたロコモーションインタフェース(<特集>ロコモーションインタフェース)
  • 全方向無限平面を用いたロコモーションインタフェース
  • ゼン ホウコウ ムゲン ヘイメン オ モチイタ ロコモーション インタフェース

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Abstract

This paper presents a new locomotion interface device for walking about virtual space. Traveling on foot is the most intuitive way for locomotion. An infinite surface driven by actuators is an ideal device for creation of sense of walking. We selected a torus-shaped surface to realize the locomotion interface. The locomotion device employs twelve sets of treadmills. These treadmills are connected sideby-side and driven in perpendicular direction. The effect of infinite surface is generated by the motion of the treadmills. The walker can go in any direction while his/her position remains localized in the real world. The device is applied to study of human performance on spatial recognition

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