AbstractUnder natural conditions, shifts of spatial attention are often followed by matching eye movement. Recent evidence suggests that this close coupling is reflected in the ability of the same cortical area to shift eye position and the locus of attention
AbstractShifts of attention can be made overtly by moving the eyes or covertly with attention being ...
SummaryThe influence of attention on visual cortical neurons has been described in terms of its effe...
AbstractPhysiological studies of non-human primates have suggested that the direction of gaze can mo...
Under natural conditions, shifts of spatial attention are often followed by matching eye movement. R...
AbstractUnder natural conditions, shifts of spatial attention are often followed by matching eye mov...
WE are able to move visual attention away from the direction of gaze, fixating on one object while a...
AbstractCovert spatial attention produces biases in perceptual performance and neural processing of ...
Background: Attention is used to enhance neural processing of selected parts of a visual scene. It i...
AbstractAttention influences the processing of visual information even in the earliest areas of prim...
Attentional selection biases the processing of higher visual areas to particular parts of a scene. R...
AbstractVisual perception results from the interaction of incoming sensory signals and top down cogn...
AbstractThe neural bases of shifting attention and directing gaze were investigated in macaque monke...
In the natural environment, visual selection is accomplished by a system of nested effectors, moving...
AbstractThis paper summarizes recent experiments conducted by the authors — experiments that studied...
Recent data have supported the hypothesis that, in primates, the primary visual cortex (V1) creates ...
AbstractShifts of attention can be made overtly by moving the eyes or covertly with attention being ...
SummaryThe influence of attention on visual cortical neurons has been described in terms of its effe...
AbstractPhysiological studies of non-human primates have suggested that the direction of gaze can mo...
Under natural conditions, shifts of spatial attention are often followed by matching eye movement. R...
AbstractUnder natural conditions, shifts of spatial attention are often followed by matching eye mov...
WE are able to move visual attention away from the direction of gaze, fixating on one object while a...
AbstractCovert spatial attention produces biases in perceptual performance and neural processing of ...
Background: Attention is used to enhance neural processing of selected parts of a visual scene. It i...
AbstractAttention influences the processing of visual information even in the earliest areas of prim...
Attentional selection biases the processing of higher visual areas to particular parts of a scene. R...
AbstractVisual perception results from the interaction of incoming sensory signals and top down cogn...
AbstractThe neural bases of shifting attention and directing gaze were investigated in macaque monke...
In the natural environment, visual selection is accomplished by a system of nested effectors, moving...
AbstractThis paper summarizes recent experiments conducted by the authors — experiments that studied...
Recent data have supported the hypothesis that, in primates, the primary visual cortex (V1) creates ...
AbstractShifts of attention can be made overtly by moving the eyes or covertly with attention being ...
SummaryThe influence of attention on visual cortical neurons has been described in terms of its effe...
AbstractPhysiological studies of non-human primates have suggested that the direction of gaze can mo...
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