Measurements of Accommodation and Vergence while Viewing a Visual Target at Real Distances and Simulated Distances on a Stereoscopic Display

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  • MIZUSHINA Haruki
    Media Information Science Laboratories, Advanced Telecommunications Research Institute International (ATR)
  • NEGISHI Ippei
    Media Information Science Laboratories, Advanced Telecommunications Research Institute International (ATR)
  • Ando Hiroshi
    Universal Media Research Center, National Institute of Information and Communications Technology (NICT)
  • KOCHIYAMA Takanori
    Media Information Science Laboratories, Advanced Telecommunications Research Institute International (ATR)
  • MASAKI Shinobu
    Media Information Science Laboratories, Advanced Telecommunications Research Institute International (ATR)

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Other Title
  • 実視標と二眼式立体ディスプレイで呈示された視標を観察した場合の調節・輻輳測定(立体映像における人間工学的研究-立体映像の知覚認知・生体作用とその評価,及び立体映像技術一般)
  • 実視標と二眼式立体ディスプレイで呈示された視標を観察した場合の調節・輻輳測定
  • ジツシヒョウ ト ニガンシキ リッタイ ディスプレイ デ テイジ サレタ シヒョウ オ カンサツ シタ バアイ ノ チョウセツ フクソウソクテイ

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Abstract

The conflict between accommodation and vergence is one of the possible causes of visual fatigue while viewing stereoscopic display. To know how much conflict is acceptable for safe and comfortable viewing, we need to compare accommodation and vergence responses while viewing stereoscopic images to those while viewing objects at real distances. In this study we measured accommodation and vergence responses while viewing a visual target located at real distances and simulated distances presented on a stereoscopic display. We also showed that the display frame had no effect on accommodation and vergence responses while viewing stereoscopic display.

Journal

  • ITE Technical Report

    ITE Technical Report 34.12 (0), 35-38, 2010

    The Institute of Image Information and Television Engineers

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