AbstractNew results have revealed that neurons in visual area V1 are influenced by chromatic context, in a way consistent with colour constancy. Other studies have mapped the internal cone–input structure of V1 receptive fields. Put together, these findings suggest important dual roles for V1 in colour perception
Mechanisms of color vision in cortex have not been as well characterized as those in sub-cortical ar...
The relative significance of contributions from retinal versus cortical mechanisms in producing colo...
AbstractA biologically-based neural network simulation is used to analyze the contributions to color...
AbstractOur understanding of how we see color has benefited from the long tradition of visual psycho...
AbstractWe investigated the responses of single neurons in primary visual cortex (area V1) of awake ...
AbstractThis is a review of the research during the past 25years on cortical processing of color sig...
In humans, the neural basis for colour vision lies in the activity of the 'colour-opponent' neurons,...
AbstractWhere do our brains encode all the colours of the rainbow? We know the neural basis for colo...
NoPhysiological studies of colour vision have not yet resolved the controversial issue of how chroma...
SummaryPrimary visual cortex contains at least two distinct populations of color-selective cells: ne...
SummaryDirectly stimulating certain cortical neurons can produce a color sensation; a case is report...
It has been known since the nineteenth century that there are three types of photoreceptor for dayli...
The interaction between brightness and color causes there to be different color appearance when one ...
Judgments of the colour of a surface are influenced by the colour of the surrounding. To determine w...
The color of an object, when part of a complex scene, is determined not only by its spectral reflect...
Mechanisms of color vision in cortex have not been as well characterized as those in sub-cortical ar...
The relative significance of contributions from retinal versus cortical mechanisms in producing colo...
AbstractA biologically-based neural network simulation is used to analyze the contributions to color...
AbstractOur understanding of how we see color has benefited from the long tradition of visual psycho...
AbstractWe investigated the responses of single neurons in primary visual cortex (area V1) of awake ...
AbstractThis is a review of the research during the past 25years on cortical processing of color sig...
In humans, the neural basis for colour vision lies in the activity of the 'colour-opponent' neurons,...
AbstractWhere do our brains encode all the colours of the rainbow? We know the neural basis for colo...
NoPhysiological studies of colour vision have not yet resolved the controversial issue of how chroma...
SummaryPrimary visual cortex contains at least two distinct populations of color-selective cells: ne...
SummaryDirectly stimulating certain cortical neurons can produce a color sensation; a case is report...
It has been known since the nineteenth century that there are three types of photoreceptor for dayli...
The interaction between brightness and color causes there to be different color appearance when one ...
Judgments of the colour of a surface are influenced by the colour of the surrounding. To determine w...
The color of an object, when part of a complex scene, is determined not only by its spectral reflect...
Mechanisms of color vision in cortex have not been as well characterized as those in sub-cortical ar...
The relative significance of contributions from retinal versus cortical mechanisms in producing colo...
AbstractA biologically-based neural network simulation is used to analyze the contributions to color...
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