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Model of a system synchronizing large oscillations in ring neuronal large structures

机译:环形神经元大结构中大振动同步系统的模型

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The state of a neuron in biological system can be described by membrane potential. We deal with the exciting synapses. Under the mediator influence there arises a post-synaptic potential on that part of the membrane of the neuron-receiver that adjoins the synapse. In our model we characterize the synaptic influence effectiveness by two parameters: its duration and power (synaptic weight). We have developed the system of two coupled neuronal rings that realized synchronization of wave packages. The assumption concerning the existence of such synchronization mechanisms in human brain is a basis in the hypothesis about memory wave nature. Under synchronization the total system signal intensifies.
机译:生物系统中神经元的状态可以用膜电位来描述。我们处理令人兴奋的突触。在介体的影响下,在神经元受体膜的邻近突触的那部分上会出现突触后电位。在我们的模型中,我们通过两个参数来表征突触影响的有效性:其持续时间和功率(突触权重)。我们已经开发了两个耦合神经元环的系统,该系统实现了波包的同步。关于人脑中这种同步机制的存在的假设是关于记忆波性质的假设的基础。在同步下,整个系统信号会增强。

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