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本文采用最小神经元模型,从生理学角度设计wash-out滤波器,实现了不同放电起始动态机理之间的转换,并证明wash-out滤波器控制通过影响阈下电流的竞争结果改变了神经元的放电起始动态机理.
In this paper, the minimum neuron model is used to design the wash-out filter from the physiological point of view, which realizes the transition between different dynamic mechanisms of initiation of discharge. It is also demonstrated that the wash-out filter control alters neurons by competition results that affect the subthreshold current The dynamic mechanism of discharge initiation.