论文部分内容阅读
应用广义相关时间延迟估计方法，经由诱发电位潜伏期变化的测定，分析研究了撞击加速度和缺氧窒息实验条件下中枢时间系统的损伤问题．计算机模拟和诱发电位信号分析表明，当神经系统发生损伤时，诱发电位的潜伏期会出现显著的变化，这种变化可以由广义相关时间延迟估计方法而有效测定．
The generalized correlation time delay estimation method was used to analyze the damage of the central time system under impact acceleration and hypoxia asphyxia by measuring the change of latent period of evoked potential. Computer simulation and evoked potential signal analysis showed that when the nervous system injury, evoked potential latency will be significant changes, this change can be broadly related to the time delay estimation method effectively measured.