DMFT for coevolving Hopfield network shows moderate plasticity stabilizes retrieval via positive delayed feedback while excessive plasticity imprints the initial cue and creates spurious attractors.
Tsodyks and Henry Markram
2 Pith papers cite this work. Polarity classification is still indexing.
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Pith papers citing it
years
2026 2verdicts
UNVERDICTED 2representative citing papers
Astrocytic diffusion of a conserved resource smooths asymmetries and replenishes synapses, stabilizing stationary neural activity bumps in an extended neural field model.
citing papers explorer
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DMFT analysis of Hopfield network with plasticity
DMFT for coevolving Hopfield network shows moderate plasticity stabilizes retrieval via positive delayed feedback while excessive plasticity imprints the initial cue and creates spurious attractors.
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Astrocytic resource diffusion stabilizes persistent activity in neural fields
Astrocytic diffusion of a conserved resource smooths asymmetries and replenishes synapses, stabilizing stationary neural activity bumps in an extended neural field model.