基于混合编程的脑电定位的仿真计算

基于头皮电位的脑电（EEG）的研究是一种无创的脑科学研究方法之一，引起了众多学者的关注。本文提出了基于MATLAB 与VC++混合编程的脑电定位仿真计算。利用了MATLAB 强大的遗传算法工具箱和VC++界面编程容易和代码执行效率高的优点,进行了癫痫棘波脑电定位的实验，实验结果表明，采用混合编程的仿真计算极大的提高
了编程效率，减少了运行时间。
关键词: 脑电定位；遗传算法；混合编程

Abstract: The research of EEG based on potential of scalp is one of noninvasive research methods on brain science. It causes the concern of many scholars. This paper proposes the simulation based on mixed programming of MATLAB and VC++. It takes advantage of genetic algorithm of MATLAB’s tool-box. It make use of the easily interface programming and the high code execute. The dipoles of epilepsy spikes were located by the software. The result of the experiment manifests that the simulation based on mix programming greatly raises programming efficiency and decreases the running time.
Key words: the localization of EEG; genetic algorithm; mixed programming