ADAPTIVE SCALES OF INTEGRATION AND RESPONSE LATENCIES IN A CRITICALLY-BALANCED MODEL OF THE PRIMARY VISUAL CORTEX.

Adaptive scales of integration and response latencies in a critically-balanced model of the primary visual cortex.

Adaptive scales of integration and response latencies in a critically-balanced model of the primary visual cortex.

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The primary visual cortex (V1) integrates information over scales in visual space, which have been shown to vary, in an input-dependent manner, as a function of contrast and other visual parameters.Which algorithms the brain Goalie - Blockers - Junior uses to achieve this feat are largely unknown and an open problem in visual neuroscience.We demonstrate that a simple dynamical mechanism can account for this contrast-dependent scale of integration in visuotopic space as well as connect this property to two other stimulus-dependent features of WOVEN BASKET V1: extents of lateral integration on the cortical surface and response latencies.

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