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Mathematical Simulation and Investigation of the Phenomenon of Coherent Resonance in the Brain

机译:脑相干共振现象的数学模拟与研究

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We numerically modulate one- and multilayer network consisting of Rulkov neurons coupled to each other by chemical coupling, coupling strength was chosen randomly from some area of values. Couplings inside each layer are excitatory, but between layers a part of couplings are inhibitory and another one is excitatory. We discover the phenomenon of formation of space-time structures and investigate the influence of such parameters as network size, number of stimulated neurons, part of inhibitory couplings between layers and amplitudes of external stimulus and internal noise on it. We discover the phenomenon of coherent resonance depending from the parameters.
机译:我们对由化学耦合彼此耦合的Rulkov神经元组成的一元和多层网络进行数值调制,从某些值区域中随机选择耦合强度。每层内部的联轴器都是兴奋性的,但是在层之间,一部分联轴器是抑制性的,而另一层是兴奋性的。我们发现了时空结构的形成现象,并研究了诸如网络大小,受刺激的神经元数量,各层之间的抑制性耦合部分以及外部刺激幅度和内部噪声等参数的影响。我们根据参数发现相干共振现象。

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