Institute of Science Tokyo · School of Computing

Research keywords空間認知・空間識・前庭感覚・VR・眼球運動・瞳孔応答

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• Human estimates of descending objects’ motion are more accurate than those of ascending objects regardless of gravity information
• Impaired visual perceptual accuracy in the upper visual field induces asymmetric performance in position estimation for falling and rising objects.
• Pupillary response reflects vocabulary comprehension

• 瞳孔・眼球運動を指標とした認知状態の評価と操作
• 瞳孔・眼球運動を指標とした認知症発症前兆の推定

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