The human visual system is particularly efficient at quickly understanding most of the visual environment despite its complexity. A first global and rudimentary representation of a visual scene would be possible with the rapid processing of the low spatial frequencies (LSF) of the visual signal. This first representation would also be used to very quickly generate predictions about the visual environment in order to anticipate and guide a more detailed analysis of the scene based on high spatial frequency (HSF) processing. Since LSF are mostly extracted in the peripheral retina, we hypothesized that predictions are mostly generated based on information available in peripheral vision. This led us in this doctoral thesis to compare visual pro...
International audienceStudies on scene perception have shown that the rapid extraction of low spatia...
International audienceAbstract Glaucoma is an eye disease characterized by a progressive vision loss...
La perte de vision périphérique (vision tubulaire) a pour conséquence de nombreux déficits qui rédui...
The human visual system is particularly efficient at quickly understanding most of the visual enviro...
Le système visuel humain est particulièrement efficace pour saisir rapidement l’essentiel de l’envir...
We understand most of our visual environment at a glance, regardless of its complexity. Theories of ...
Unlike foveal vision that allows a detailed perception of our visual environment, the periphery only...
Nous saisissons l’essentiel de notre environnement visuel en un seul coup d’œil, et ce indépendammen...
Primary open-angle glaucoma (POAG) firstly mainly affects peripheral vision. Current behavioral stud...
AbstractStudies in normally sighted people suggest that scene recognition is based on global physica...
International audienceProactive models of visual perception propose that the rapid processing of low...
Contrairement à la vision fovéale qui assure une perception détaillée de notre environnement visuell...
International audienceStudies on scene perception have shown that the rapid extraction of low spatia...
International audienceAbstract Glaucoma is an eye disease characterized by a progressive vision loss...
La perte de vision périphérique (vision tubulaire) a pour conséquence de nombreux déficits qui rédui...
The human visual system is particularly efficient at quickly understanding most of the visual enviro...
Le système visuel humain est particulièrement efficace pour saisir rapidement l’essentiel de l’envir...
We understand most of our visual environment at a glance, regardless of its complexity. Theories of ...
Unlike foveal vision that allows a detailed perception of our visual environment, the periphery only...
Nous saisissons l’essentiel de notre environnement visuel en un seul coup d’œil, et ce indépendammen...
Primary open-angle glaucoma (POAG) firstly mainly affects peripheral vision. Current behavioral stud...
AbstractStudies in normally sighted people suggest that scene recognition is based on global physica...
International audienceProactive models of visual perception propose that the rapid processing of low...
Contrairement à la vision fovéale qui assure une perception détaillée de notre environnement visuell...
International audienceStudies on scene perception have shown that the rapid extraction of low spatia...
International audienceAbstract Glaucoma is an eye disease characterized by a progressive vision loss...
La perte de vision périphérique (vision tubulaire) a pour conséquence de nombreux déficits qui rédui...