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THE JOINT SPATIO-TEMPORAL UNCERTAINTY PRINCIPLE AND EXTENDED GABOR FUNCTION

THE JOINT SPATIO-TEMPORAL UNCERTAINTY PRINCIPLE AND EXTENDED GABOR FUNCTION
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摘要 Primary information processing of the vertebrate visual system can be considered as an image information processing system with multi-input-output. The input is a distribution of light intensity projected on the retina and the output represents the response of neural cells at a spatial location and time at a certain level in visual pathways. With the viewpoint of system analysis, properties of the system can be described by a weight
出处 《Chinese Science Bulletin》 SCIE EI CAS 1992年第5期408-411,共4页
关键词 UNCERTAINTY RECEPTIVE FIELD EXTENDED GABOR function UNCERTAINTY RECEPTIVE FIELD EXTENDED GABOR FUNCTION
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