The purpose of this workshop was to discuss both recent experimental findings and computational models of the neurobiological implementation of selective attention. Recent experimental results were presented in two of the four presentations given (C.E. Connor, Washington University and B.C. Motter, SUNY and V.A. Medical Center, Syracuse), while the other two talks were devoted to computational models (E. Niebur, Caltech, and B. Olshausen, Washington University)
We previously proposed a quantitative model of early visual processing in primates, based on non-lin...
Many neurons in extrastriate visual cortex have large receptive fields, and this may lead to signifi...
International audienceSpatial attention has been shown to produce non-multiplicative effects on visu...
The purpose of this workshop was to discuss both recent experimental findings and computational mod...
We propose a model for the neuronal implementation of selective visual attention based on the tempor...
AbstractPronounced effects of attention have been demonstrated in a region of visual cortex previous...
In the present work we follow a computational neuroscience approach in order to study the role of at...
Shifting attention among visual stimuli at different locations modulates neuronal responses in heter...
We present new simulation results, in which a computational model of interacting visual neurons simu...
A computational cognitive neuroscience approach was used to examine processes of visual attention in...
We investigate three possible methods of specifying the microstructure of attention feedback: contra...
A computational neuroscience framework is proposed to better understand the role and the neuronal co...
We propose a model for the neuronal implementation of selective visual attention based on temporal c...
Presented on January 30, 2017 at 11:00 a.m. in the Engineered Biosystems Building, Room 1005.Sabine ...
Intermediate and higher vision processes require selection of a subset of the available sensory info...
We previously proposed a quantitative model of early visual processing in primates, based on non-lin...
Many neurons in extrastriate visual cortex have large receptive fields, and this may lead to signifi...
International audienceSpatial attention has been shown to produce non-multiplicative effects on visu...
The purpose of this workshop was to discuss both recent experimental findings and computational mod...
We propose a model for the neuronal implementation of selective visual attention based on the tempor...
AbstractPronounced effects of attention have been demonstrated in a region of visual cortex previous...
In the present work we follow a computational neuroscience approach in order to study the role of at...
Shifting attention among visual stimuli at different locations modulates neuronal responses in heter...
We present new simulation results, in which a computational model of interacting visual neurons simu...
A computational cognitive neuroscience approach was used to examine processes of visual attention in...
We investigate three possible methods of specifying the microstructure of attention feedback: contra...
A computational neuroscience framework is proposed to better understand the role and the neuronal co...
We propose a model for the neuronal implementation of selective visual attention based on temporal c...
Presented on January 30, 2017 at 11:00 a.m. in the Engineered Biosystems Building, Room 1005.Sabine ...
Intermediate and higher vision processes require selection of a subset of the available sensory info...
We previously proposed a quantitative model of early visual processing in primates, based on non-lin...
Many neurons in extrastriate visual cortex have large receptive fields, and this may lead to signifi...
International audienceSpatial attention has been shown to produce non-multiplicative effects on visu...