SPIKE DOMAIN NEURON CIRCUIT WITH PROGRAMMABLE KINETIC DYNAMIC, HOMEOSTATIC PLASTICITY AND AXONAL DELAYS

A spike domain asynchronous neuron circuit includes a first spike to exponential circuit for emulating kinetic dynamics at a neuron input and converting voltage spikes into exponentials, a first adjustable gain circuit for emulating homeostatic plasticity coupled to the first voltage-type spike expo...

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Hauptverfasser: CRUZ-ALBRECHT JOSE, YUNG MICHAEL W, SRINIVASA NARAYAN
Format: Patent
Sprache:eng
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Zusammenfassung:A spike domain asynchronous neuron circuit includes a first spike to exponential circuit for emulating kinetic dynamics at a neuron input and converting voltage spikes into exponentials, a first adjustable gain circuit for emulating homeostatic plasticity coupled to the first voltage-type spike exponential output and having a first current output, a neuron core circuit coupled to the first current output for emulating a neuron core and having a spike encoded voltage output, a filter and comparator circuit coupled to the spike encoded voltage output and having a gain control output coupled to the first adjustable gain circuit for controlling a gain of the first adjustable gain circuit, and an adjustable delay circuit for emulating an axonal delay coupled to the spike encoded voltage output and having an axonal delay output.