Human perception on motion and form modified by eye movement

即使我们在运动中，我们如何识别和识别物体的运动。通过人的主观感知和客观行为，研究了眼动与目标运动的关系。眼球具有独特的系统结构，集中了视网膜的感觉部分和眼外肌的运动效应。更高级的皮层功能可以检测眼球自身运动是否被物体运动激活的视网膜滑移。我们使用基本和简单的实验情况来研究这一基本现象，例如1）头戴式显示程序和身体运动。2）头部运动和头戴式显示器上的独立目标运动。3）高分辨率显示器的平滑目标生成和眼球运动。4）运动诱导因素对目标运动的影响，通过简单的实验结果表明，当视网膜滑移发生时，眼球运动对人体运动感知有很大的影响。

How we can recognize and identify the object motion even if we are in motion. The relationship between eye movement and target motion was examined by mean of human subjective perception and objective behavior. Eye ball has unique system configurations where is concentrated both sensing part, retina and motor effect, extra-ocular muscle. More higher cortical function can detect the retinal slip whether the object motion activates of eye ball itself moves. We examined this fundamental phenomenon with using basic and simple experimental situations, such as1) head mount display procedure and body motion.2) head movement and independent target motion on HMD apart from head motion.3) smooth target generations of the high resolution display and eye movement, and4) motion inducing factor on target motion.We go simple result which indicates that the eye motion affect a lot to the human motion perception when the retinal slip occurred.