Abstract
Towards an understanding of the roles of visual areas MT and MST in computing speed.
Highlights
Edited by: Martin Giese, University Clinic Tübingen, Germany Reviewed by: Ziad M
By recording visual scenes is a critical skill for ani- spatiotemporal frequency responses in mals
This is supported by different cells during OFR, they elucicortical neurons identified in Primary dated speed estimation and representa
Summary
Edited by: Martin Giese, University Clinic Tübingen, Germany Reviewed by: Ziad M. Testing a range of discreet work has uncovered neural mechanisms points of stimulus temporal and spatial serving motion direction estimation but frequency parameters defines experimenthere remain gaps in understanding the tally targeted scales linking behavioral task computation and representation of speed performance to neural computation perin the brain and the roles MT and MST formed by units with specific spatial and play.
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