：利用自行研制的多导视觉诱发电位（J M）信号采集处理系统和两套视差深度随机点立体（NOI）图对，诱发

视皮层神经网络兴奋发放，提取并分析了立体视觉视差深度认知过程的皮层电位信号，对视差相关诱发电位特征进

行了标定’ 采用两种完全不同的信息处理方法重复实验，揭示了高级视皮层功能区出现的K! 波由视差相关J M 发

放，提示体视视差深度信息处理可能是在高级视皮层功能区上完成的’ 根据不同功能区隐含信息的处理结果，推测

大脑皮层体视信息处理系统中存在信息反馈通路’ 实验结果还表明，立体视觉深度认知过程是一个动态的复杂信息

协同处理过程-: a self-made multi-channel visual evoked potential (J M) signal acquisition and processing systems, and two sets of Parallax depth random dot stereogram ( NOI) Figure right, the visual cortex induced neural networks excited release Extraction and analysis of three-dimensional visual parallax depth understanding of the process of cortical potential signal, the disparity evoked potentials relevant characteristics of the calibration 'use of two completely different kinds of information processing methods repeat experiments, High revealed the function of the visual cortex area of K! Parallax related wave from J M Grant, Parallax suggested Stereology depth information processing may be at the senior visual cortex function area on completion of the 'under different functional areas impl