Familiarity detection with simple plasticity rules.

<p>(A) Raster plot of inputs received by a recurrent spiking network undergoing the familiarity task: the network is trained on a familiar stimulus, then after a break the network is shown a novel stimulus and the familiar stimulus. (B) Pre-post protocols of the four (separately) meta learned...

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Bibliographic Details
Main Author:	Basile Confavreux (21175925) (author)
Other Authors:	Everton J. Agnes (13250463) (author), Friedemann Zenke (485069) (author), Henning Sprekeler (183138) (author), Tim P. Vogels (13250460) (author)
Published:	2025
Subjects:	Biophysics Neuroscience Sociology Infectious Diseases Biological Sciences not elsewhere classified Information Systems not elsewhere classified use evolutionary strategies local optimization strategy large spiking networks enable remain opaque various plasticity parameters devise loss functions long learning abilities identical network behaviour div >< p synaptic plasticity rules active plasticity rules synaptic plasticity plasticity rules active rules complex functions discover rules work provides using parameterizations search constraints priori </ previous work plausible solutions optimal rule mechanistic link makes exploration level computations key player increasing complexity guided discovery familiarity detection experimental limitations degeneracy cumbersome brain ’ balancing complexity
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Familiarity detection with simple plasticity rules.

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