PERCEPTUAL LATENCIES ARE SHORTER FOR MOTION TOWARDS THE FOVEA THAN FOR MOTION AWAY
PERCEPTUAL LATENCIES ARE SHORTER FOR MOTION TOWARDS THE FOVEA THAN FOR MOTION AWAY
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DOI：
10.1016/0042-6989(88)90050-8
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发表时间：
1988-01-01
期刊：
影响因子：
1.8
通讯作者：
HOHNSBEIN, J
中科院分区：
文献类型：
--
作者：
MATEEFF, S;HOHNSBEIN, J
受试者必须在眼睛追踪期间将短暂的测试闪光与外围稳定参考目标对齐，或者在稳定眼睛注视期间将短暂的测试闪光与移动参考目标对齐。性能由视网膜上参考目标图像朝向或远离中央凹的移动方向决定。这些数据是通过以下假设来解释的：当图像沿中心凹移动时，移动目标图像通过视网膜轨迹的速度会更快，无论移动是由真实目标移动还是由眼睛追踪引起。
Subjects had to align a brief test flash with a peripheral steady reference target during ocular pursuit, or with a moving reference target during steady eye fixation. The performance was determined by the direction of movement, of the reference target image on the retina-towards or away from fovea. The data are explained by the hypothesis that the passage of a retinal locus by a moving target image is experienced faster when the image moves foveopetally, regardless of whether the passage is caused by real target movement or by ocular pursuit.