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Dynamic Principles of Neuronal Firing Pattern Transitions

机译:神经元射击模式转变的动力学原理

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With rigorous identifications of the firing patterns and firing pattern transition aided by dynamic system theory, neuronal coding machinery now can be studied as an object of 'exact' science. A systematic investigation of the 'global' bifurcation structures controlled by the biologically significant parameters could provide a basic guiding framework of knowledge to the understanding of neuronal coding. The coding process of a neuron is actually the firing response of the neuron to the dynamic modulations on its parameters, in the thermal fluctuating and synaptic noisy environment, on the basis of such bifurcation structures. The dynamic temporal relations between the input modulations and the output changing rhythms are to be eventually illuminated by the underlying dynamic and stochastic bifurcation structures and a dynamic rhythm coding theme of neuronal firing coding is under emerging.
机译:借助动态系统理论对点火模式和点火模式转换的严格识别,现在可以将神经元编码机制研究为“精确”科学的对象。对由生物学重要参数控制的“全局”分叉结构的系统研究可以为了解神经元编码提供知识的基本指导框架。神经元的编码过程实际上是在这样的分叉结构的基础上,在热波动和突触嘈杂的环境中,神经元对其参数动态调制的激发响应。输入调制和输出变化节奏之间的动态时间关系最终将由潜在的动态和随机分叉结构阐明,并且神经元触发编码的动态节奏编码主题正在出现。

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