This paper presents electronically controllable neuron circuit-neuristor- based logic OR and AND gates using the same circuit topology. Here, only four neuristors are used to obtain both OR and AND gates which have three inputs and one output. The proposed circuit is electronically controllable and can be used as an OR or AND gate by changing only one voltage source without changing any circuit topology. All simulation results are obtained as expected from the electronically controllable logic gates based on the neuristor which composed of memristor.

中文翻译：

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基于神经变阻器的电子可控逻辑门

本文礼物电子控制的神经元circuit- neuristor -基于逻辑OR和AND门使用相同的电路拓扑结构。此处，仅使用四个神经敏电阻来获得具有三个输入和一个输出的“或”门和“与”门。所提出的电路是电子可控制的，并且可以通过仅改变一个电压源而不改变任何电路拓扑结构而用作或门或与门。所有仿真结果都是从基于忆阻器组成的神经敏电阻的电子可控逻辑门中获得的。