An optically-controlled quantum capacitor is described as a memristive behaving neuron in a crossbar neural network. Specifically, activation value, weight, and bias for each neuron are dynamically controlled with light intensity, applied gate voltage, and a sampling frequency, respectively; therefore, it provides a programmable capacitive neural network with dynamic configurability. (C) 2019 The Author(s)
Optoelectronic Quantum Capacitors for Configurable Neural Photonic Networks
Persano Anna;Quaranta Fabio;Cola Adriano;
2019
Abstract
An optically-controlled quantum capacitor is described as a memristive behaving neuron in a crossbar neural network. Specifically, activation value, weight, and bias for each neuron are dynamically controlled with light intensity, applied gate voltage, and a sampling frequency, respectively; therefore, it provides a programmable capacitive neural network with dynamic configurability. (C) 2019 The Author(s)File in questo prodotto:
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