Computer Model Helps Make Sense of Human Memory

An excitatory circuit, µ, comprises a pattern of neurons that are firing (1) or not (0). Local and global inhibitory circuits acted on the excitatory circuit, allowing the circuit to remember a pattern for longer. This artificial network represents memory processes taking place in the hippocampus.

An excitatory circuit, µ, comprises a pattern of neurons that are firing (1) or not (0). Local and global inhibitory circuits acted on the excitatory circuit, allowing the circuit to remember a pattern for longer. This artificial network represents memory processes taking place in the hippocampus.

Date:
04 October 2019
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