Measurement and Modeling of Perception Adaptation to Vibratory Frequency for Vibration Alert Interface

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  • Mori Yuki
    Graduate School of Information Sience and Technology, Hokkaido University
  • Tanaka Takayuki
    Graduate School of Information Sience and Technology, Hokkaido University
  • Kaneko Shun'ichi
    Graduate School of Information Sience and Technology, Hokkaido University
  • Katagiri Yoshitada
    National Institute of Information and Communications Technology

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Other Title
  • Vibration Alert Interfaceにおける振動周波数に対する振動感覚順応とそのモデル化
  • Vibration Alert Interface ニ オケル シンドウ シュウハスウ ニ タイスル シンドウ カンカク ジュンノウ ト ソノ モデルカ

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Abstract

<p>This paper describes a method to model the change in vibratory perception due to the adaptation. In the vibration alert interface, user has to perceive the vibratory frequency correctly, however when the frequency was the same, the vibration perception was different if the frequency before change was different. Experimental results showed that the higher vibration frequency before the change is, the weaker vibration strength user perceives. In order to correct this difference of vibratory perception, we create a model to calculate the perception adaptation. Simulation result shows accuracy of this model. </p>

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