Pattern recognition in spike trains

Chen Ziaoying, Chai Zhen-ming
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Abstract

The modern neuroelectrical physiology indicates that there are certain patterns in neural spike trains which appear more frequently than others. These favored patterns (FP) may be related to the mechanism of neural information processing in central nervous system. This paper describes the quantized Monte Carlo method and template method which are used in FP recognition. The Monte Carlo method determines the FP candidates. The template method chooses FP from the candidates and counts the number of the FP in the spike train. This work will be pursued for extracting the FP in some complicated spike train.<>
尖峰列车的模式识别
现代神经电生理学表明,在神经尖峰序列中有某些模式比其他模式出现得更频繁。这些偏好模式可能与中枢神经系统的神经信息加工机制有关。本文介绍了量化蒙特卡罗方法和模板方法在FP识别中的应用。蒙特卡罗方法确定FP候选。模板法从候选节点中选择节点,并对节点个数进行统计。这项工作将用于在一些复杂的尖峰序列中提取FP。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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