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Synchronous Behaviors of Two Coupled Neurons

机译:两个耦合神经元的同步行为

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We study the synchronization phenomena in a pair of Hindmarsh-Rose(HR) neurons that connected by electrical coupling and chemical coupling and combinations of electrical and chemical coupling. We find that excitatory synapses can antisynchronize two neurons and enough strong inhibition can foster phase synchrony. Investigating the affection of combination of chemical and electrical coupling on network of two HR neurons shows that combining chemical coupling and positive electrical coupling can promotes phase synchrony, and conversely, combining chemical coupling and negative electrical coupling can promotes antisynchrony.
机译:我们研究了一对Hindmarsh玫瑰(HR)神经元的同步现象,其通过电耦合和化学耦合和电气和化学偶联的组合。我们发现兴奋性突触可以防止两个神经元,足够的强烈抑制可以促进相同步。调查化学和电耦合组合对两个HR神经元的影响,表明,结合化学耦合和正电耦合可以促进相同步,相反,结合化学耦合和负电耦合可以促进防义。

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