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首页> 外文期刊>International Journal of Modern Physics, B. Condensed Matter Physics, Statistical Physics, Applied Physics >Noise induced multi-mode neural firings in a period adding bifurcation scenario
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Noise induced multi-mode neural firings in a period adding bifurcation scenario

机译:在增加分叉的情况下,噪声引起的多模神经激发

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摘要

A series of new firing patterns lying between two kinds of periodic bursting patterns and randomly alternating on the two kinds of periodic bursts, were discovered in the experiment on neural pacemaker and induced by noise in Chay model near each bifurcation point in a period adding bifurcation scenario without chaos, exhibiting multi-mode characteristics that was the signature of autonomous stochastic resonance in neuronal firing. Two endogenous characteristics near each bifurcation point that made noise induce the new firing patterns were identified. One was that there existed critical phase between the trajectories of the two kinds of bursting patterns. The other was that the periods of the two kinds of bursting patterns near each bifurcation point were small. [References: 9]
机译:在神经起搏器的实验中,发现了一系列新的触发模式,介于两种周期性爆发模式之间,并且在两种周期性爆发中随机交替,并且在增加分支的情况下,在每个分支点附近的Chay模型中由噪声引起没有混乱,表现出多模态特征,这是神经元激发中自主随机共振的特征。确定了每个分叉点附近的两个内生特性,这些特性使噪声引起了新的点火模式。一种是在两种爆发模式的轨迹之间存在临界阶段。另一个是在每个分叉点附近的两种突发模式的周期很小。 [参考:9]

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