摘要
一个混乱开火模式，由非光滑的特征描绘了并且从时期 3 通过 intermittency 的常规产生了，在一个神经开火心律调整器的生物实验被观察并且由与多重时间规模使用一个理论 neuronal 模型在模拟复制了。这项混乱活动展出两个的很类似于那些的一条规模法律类型 -- 我在光滑的系统产生的 intermittency 和在非光滑的系统的 type-V intermittency。[从作者抽象]
A chaotic firing pattern, characterized by non-smooth features and generated through the routine of intermittency from period 3, is observed in biological experiments on a neural firing pacemaker and reproduced in simulations by using a theoretical neuronal model with multiple time scales. This chaotic activity exhibits a scale law very similar to those of both the type-Ⅰ intermitteney generated in smooth systems and the type-Ⅴ intermittency in non-smooth systems.
基金
Supported by the National Natural Science Foundation of China under Grant Nos 10772101, 10774088, 30670533 and 10875076, the Fundamental Research Funds for the Central Universities under Grant No GK200902025, and partly by the National High Technology Research and Development Program of China under Grant No 2007AA02Z310.
