Movements inevitably induce brightness increments and decrements within RF. In the neural circuits underlying motion perception, neuro-scientists have found a novel structure, which separates early visual signals received at RF into ON/OFF channels (or called ON/OFF pathways) reliant upon brightness changes.
This paper highlights the importance of ON/OFF channels in motion perception through surveying current progress covering both neuroscience and computationally ...
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This paper highlights the importance of ON/OFF channels in motion perception through surveying current progress covering both neuroscience and computationally ...
The Bours–Lankheet model for motion detection uses counterevidence that relies on a specific combination of the ON and OFF channels in the early visual system.
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The present model analyzes how monocular ON and OFF cells, at an early stage of magnocellular processing, respond through time to luminance increments and ...
Mar 5, 2024 · In this study, we propose a novel spiking neural network for looming perception that mimics biological vision to communicate motion information through action ...
The history of multisystem motion theory dates back to the beginning of theoretical study on human visual mo- tion perception. 1 Turn-of-the-century ...
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The present model analyzes how monocular ON and. OFF cells, at an early stage of magnocellular processing, respond through time to luminance increments and dec-.
Duration: 1:18
Posted: Jul 2, 2019
Posted: Jul 2, 2019
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May 22, 2018 · Our results show that low frequency components are critical for accurate speed perception, whereas high frequencies do not play any important role in speed ...
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