Although Pessoa et al. imply that many aspects of the filling-in debate may be displaced by a regard for active vision, they remain loyal to naive neural reductionist explanations of certain pieces of psychophysical evidence. Alternative interpretations are provided for two specific examples and a new category of filling-in (of visual detail) is proposed
Abstract: Pessoa et al. (1998a) underexposed the broad and rich variety of stimuli in the amodal com...
The optic disk is an area of the retina without photoreceptors, which cannot send signals of visual ...
Patients with hemianopia following unilateral brain damage occasionally report seeing visual shapes ...
AbstractPerceptual filling-in occurs when structures of the visual system interpolate information ac...
Perceptual filling-in for vision is the insertion of visual properties (e.g., color, contour, lumina...
In monocular viewing there is a region in the peripheral visual field that is blind owing to the abs...
AbstractThe ‘pop out' of a distinctive element embedded in a regular pattern, and the ‘filling in’ o...
When a gray figure is surrounded by a background of dynamic texture, fixating away from the figure f...
AbstractLooking at the world with one eye, we do not notice a scotoma in the receptor-free area of t...
International audienceHuman observers generally perceive a stable and coherent visual scene despite ...
Retinal activity is the first stage of visual perception. Retinal sampling is non-uniform and not co...
Perceptual filling-in for vision is the insertion of visual properties (e.g., color, contour, lumina...
ABSTRACT—A perceptually filled-in surface, such as occurs during sustained attention to a peripheral...
Perceptual filling-in can be used as an effective tool to probe the character of visual representati...
Normal visual perception requires differentiating foreground from background objects. Differences in...
Abstract: Pessoa et al. (1998a) underexposed the broad and rich variety of stimuli in the amodal com...
The optic disk is an area of the retina without photoreceptors, which cannot send signals of visual ...
Patients with hemianopia following unilateral brain damage occasionally report seeing visual shapes ...
AbstractPerceptual filling-in occurs when structures of the visual system interpolate information ac...
Perceptual filling-in for vision is the insertion of visual properties (e.g., color, contour, lumina...
In monocular viewing there is a region in the peripheral visual field that is blind owing to the abs...
AbstractThe ‘pop out' of a distinctive element embedded in a regular pattern, and the ‘filling in’ o...
When a gray figure is surrounded by a background of dynamic texture, fixating away from the figure f...
AbstractLooking at the world with one eye, we do not notice a scotoma in the receptor-free area of t...
International audienceHuman observers generally perceive a stable and coherent visual scene despite ...
Retinal activity is the first stage of visual perception. Retinal sampling is non-uniform and not co...
Perceptual filling-in for vision is the insertion of visual properties (e.g., color, contour, lumina...
ABSTRACT—A perceptually filled-in surface, such as occurs during sustained attention to a peripheral...
Perceptual filling-in can be used as an effective tool to probe the character of visual representati...
Normal visual perception requires differentiating foreground from background objects. Differences in...
Abstract: Pessoa et al. (1998a) underexposed the broad and rich variety of stimuli in the amodal com...
The optic disk is an area of the retina without photoreceptors, which cannot send signals of visual ...
Patients with hemianopia following unilateral brain damage occasionally report seeing visual shapes ...