An oscillatory correlation model of human motion perception

Cesmeli, E.; Lindsey, Delwin T.; Wang, D.L.

doi:10.1109/ijcnn.2000.860783

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Inhomogeneity Of the Motion Representations1

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2012

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“…Their output can be described by global velocity likelihoods [25], velocity distributions at every position [15,5], filter responses [1], time-correlated spike trains [13], or d flow fields [3]. A typical biological model of motion integration might include v layers with filter-like responses, mt layers corresponding to local pattern translational motions and mst layers giving indications of global rotation or expansion motions.…”

Section: Inhomogeneity Of the Motion Representationsmentioning

confidence: 99%