Use of the image‐retina and eye‐head movement visual systems during coincidence‐anticipation performance
Use of the image‐retina and eye‐head movement visual systems during coincidence‐anticipation performance
复制标题
在巧合预测表演中使用图像视网膜和眼头运动视觉系统
DOI：
10.1080/02640418408729709
复制
发表时间：
1984
影响因子：
3.4
通讯作者：
K. Haywood
中科院分区：
文献类型：
--
作者：
K. Haywood
运动由两个系统之一视觉检测：（a）图像-视网膜系统（图像沿着静止的视网膜移动），或（B）眼-头运动系统（眼睛移动以保持图像在视网膜上静止）。先前的研究表明，当受试者必须对运动做出反应以执行重合预期任务时，他们会选择图像视网膜系统或眼头系统，但未能确定任何一种系统的优越性。本研究报告旨在探讨这一问题。两种性别的年轻人（n = 28）分别进行了两个系列的12项符合预期试验。三种刺激速度以随机顺序进行管理，在受试者之间进行标准化。在头部稳定的情况下记录眼球运动。在一个系列中，受试者被指示用眼睛跟随刺激。在另一个实验中，他们被告知固定在目标点上，并在他们的周边视觉中观察刺激。一半的受试者在每种情况下开始测试。时间错误...
Abstract Movement is visually detected by one of two systems: (a) the image‐retina system (image moves along stationary retina), or (b) the eye‐head movement system (eye moves to keep image stationary on retina). Previous research has shown that subjects, when they have to respond to movement to execute a coincidence‐anticipation task, will choose the image‐retina system or the eye‐head system, but it has failed to establish the superiority of either system. The present study was designed to examine this issue. Young adults (n = 28) of both sexes performed two series of 12 coincidence‐anticipation trials each. Three stimulus speeds were administered in a randomized order, standardized across subjects. Eye movements were recorded with the head stabilized. In one series, subjects were instructed to follow the stimulus with their eyes. In the other, they were told to fix on the target point and watch the stimulus in their peripheral vision. Half of the subjects initiated testing in each condition. Time error...