仿生型机器人眼球运动控制系统建模

Modelling of the Oculomotor Control System for Biomimetic Robot Eye

  • 摘要: 首先,分析了人眼眼球运动的特点和形式.然后,在人眼解剖学和生理学研究的基础上,根据控制眼球运动的神经回路,建立了可实现人眼功能的仿生型机器人眼三维眼球运动控制系统的数学模型.在与生理学试验相同的条件下对该模型用Matlab6.5进行了仿真实验,仿真结果与生理学实验结果对比表明,该模型能自适应地实现人眼的平滑追踪、前庭动眼反射、视动反射及其复合运动.

     

    Abstract: Firstly,the oculomotor characteristics and forms of human eyes are analyzed.Then,based on the anatomical and physiological research of human eyes,a 3D oculomotor control system model of biomimetic robot eye which can realize the functions of human eyes is developed according to the oculomotor neural paths.The simulation experiments are made on Matlab 6.5 under the same condition as that of the physiological experiments,and the comparisons between the results of physiological experiments and simulation experiments show that the model can adaptively realize smooth pursuit,VOR(vestibulo-ocular reflex),OKR(optokinetic reflex) and their compound movements of human eyes.

     

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