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Synapse clustering can drive simultaneous ON-OFF and ocular dominance segregation in a model of area 17

Stetter, M. ; Lang, Elmar ; Obermayer, K. Gerstner, Wulfram , eds.


Abstract

In the primary visual cortex of monkeys, the development of ocular dominance and orientation selectivity is at least partially driven by neural activity. We propose a modified Hebb-type learning mechanism, which takes into account non-specific components of activity-dependent synaptic modification. It is shown analytically, that ocular dominance and ON-OFF-segregation occur simultaneously in a ...

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