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均匀流场中感知深度与感知运动之间的关系。

Relation between perceived depth and perceived motion in uniform flow fields.

作者信息

McConkie A B, Farber J M

出版信息

J Exp Psychol Hum Percept Perform. 1979 Aug;5(3):501-8.

PMID:528955
Abstract

Three experiments are reported that examined the nature of the perceptual linkage between perceived depth and perceived motion in bidirectional uniform velocity fields. In such displays there is systematic misperception of both the speeds and directions of motion of visual objects. It was found that the speed and the direction of perceived motion were related to objective velocity by the addition of a uniform velocity component across the visual field. It is proposed that this uniform component may be the result of compensation for incorrectly registered ocular rotation and that such an account may also apply to classical center-surround induced motion effects.

摘要

本文报告了三项实验,这些实验研究了在双向匀速场中,感知深度与感知运动之间的感知联系的本质。在这种显示中,视觉对象的运动速度和方向都会出现系统性的误判。研究发现,通过在视野中添加一个匀速分量,感知运动的速度和方向与客观速度相关。有人提出,这个匀速分量可能是对错误记录的眼球旋转进行补偿的结果,并且这样的解释也可能适用于经典的中心-外周诱导运动效应。

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