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Reconfigurable optical neuron based on photoelectret materials

机译:基于光电驻极体材料的可重构光学神经元

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摘要

An all-optical reconfigurable neuron based on a photoelectret-electro-optic medium with a sandwich-type structure is presented. Both the inputs and the output of the neuron and the reconfiguration of the weights of the inputs are optical. The structure presented is very versatile and exhibits low energy consumption, as the numerical estimates indicate. The number of inputs can be varied (to an upper limit that is determined by the diffraction effect) without changing the structure of the optical neuron; the same is true for the neurons' weights.
机译:提出了一种基于具有三明治结构的光电驻极体电光介质的全光学可重构神经元。神经元的输入和输出以及输入权重的重新配置都是光学的。如数值估计所示,所示结构非常通用,能耗低。输入的数量可以改变(达到由衍射效应决定的上限),而无需改变光学神经元的结构。神经元的权重也是如此。

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