memcapacitor桥突触的数学建模

M. Fouda, A. Radwan
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引用次数: 4

摘要

基于mems元件的突触桥是一个非常有前途的课题,因为它具有学习能力,其中突触桥可以使用记忆电阻器或记忆电容来构建。本文对记忆电容桥电路进行了详细的数学分析。这种数学分析是在电流输入信号激发电桥时建立的。所需脉冲宽度的封闭形式表达式;突触的重量;并推导出突触权正、负和零的条件。通过SPICE仿真验证了所得表达式的拟合性。
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On the mathematical modeling of memcapacitor bridge synapses
Mem-element based synaptic bridge is very promising topic due to its learning capability where the synaptic bridge can be build using either memristors or memcapacitors. In this paper, the detailed mathematical analysis of memcapacitor bridge circuit is introduced. This mathematical analysis is build when a current input signal is applied to excite the bridge. Closed form expressions for the required pulse width; synaptic weight; and conditions for positive, negative and zero synaptic weight are derived. The obtained expressions are verified using SPICE simulations showing very good matching.
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