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このページ(論文)をリンクする場合は次のURLを使用してください: http://hdl.handle.net/2261/6862

タイトル: 線分提示角度差異の視触覚融合に与える効果
その他のタイトル: Effect of Angle Diference between Visual and Haptic Virtual Lines on Sensory Integration
著者: 飯田, 亮介
奥戸, あかね
柳田, 康幸
前田, 太郎
舘, 暲
著者(別言語): Iida, Ryosuke
Okuto, Akane
Yanagida, Yasuyuki
Maeda, Taro
Tachi, Susumu
キーワード: virtual reality
visual sensation
haptic sensation
cutaneous sensation
subjective equivalent angle
発行日: 1998年9月
出版者: 日本バーチャルリアリティ学会
掲載誌情報: 日本バーチャルリアリティ学会論文誌. vol. 3, no. 3, 1998.9, pp. 107-110
抄録: In virtual reality systems, which can be operated with a hand, it is necessary to provide not only visual information but also haptic infomation. In most conventional virtual reality systems, however, visual infomation and haptic infomation are displayed separately, which makes it difficult for humans to feel they are the same object. It is desirable if we can touch where we can see. In order to accomplish such systems, it is important to realize how humans perceive real objects. In this paper, human perceptional characteristic when visual infomation and haptic infomation are displayed simultaneously, is studied, particularly on the perception of a rotational angle of a line on a certain plane. It is found that the angle difference between a displayed visual line and a displayed haptic line exists in order to fuse the visual and haptic sensation, and it is dependent on a rotaional angle of the displayed line. It is also revealed that the proprioception is surperior to the cutaneous sensation, and that the characteristics by a right hand and that by a left hand are similar.
URI: http://hdl.handle.net/2261/6862
出現カテゴリ:1132810 学術雑誌論文
015 技術・工学


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