de Bie J, van den Brink G
Vision Res. 1986;26(7):1129-42. doi: 10.1016/0042-6989(86)90047-7.
A method has been developed to compare the behaviour of the oculomotor control system during steady fixation and during reactions on small stimulus movements. No difference between the two conditions was found, and the reactions on small steps (1-5') and step/ramps (2-10'/sec), during normal and stabilized vision, have been used to develop a model for the slow control system during fixation. The model consists of a position channel, which integrates the retinal error, and a velocity channel, that uses both the retinal velocity and an efferent copy of the eye velocity. The model parameters have been estimated from the data of four subjects.
已开发出一种方法，用于比较在稳定注视期间以及对小刺激运动做出反应时眼动控制系统的行为。未发现两种情况之间存在差异，并且在正常视觉和稳定视觉期间，对小步幅（1 - 5'）以及步幅/斜坡（2 - 10'/秒）的反应已被用于构建注视期间慢控制系统的模型。该模型由一个整合视网膜误差的位置通道和一个同时使用视网膜速度及眼球速度传出副本的速度通道组成。模型参数已根据四名受试者的数据进行了估计。
