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UE928 - COGSCI 306 - Visual perception
Lieu et planning
-
Autre lieu Paris
ENS, 29 rue d'Ulm 75005 Paris
1er semestre / hebdomadaire, mardi 14:00-17:00
du 22 septembre 2020 au 19 janvier 2021
Description
Dernière modification : 7 avril 2021 15:19
- Type d'UE
- Enseignements fondamentaux de master
- Disciplines
- Psychologie et sciences cognitives
- Page web
- https://cogmaster.ens.psl.eu/en/program/m2-program-13572
- Langues
- anglais
- Mots-clés
- Psychologie Sciences cognitives Visuel
- Aires culturelles
- -
Intervenant·e·s
- Pascal Mamassian [référent·e] directeur de recherche, CNRS
The objective of this course is to give you the keys to understand the fundamental concepts in visual perception, following a multi-disciplinary approach in neuroscience, psychology and modeling. In neuroscience, the visual system is presented from the processing of the retinal image to the cortex. In the healthy adult man, we present how the visual scene is analyzed in its motion, form, color, and depth, and how attention modulates perception. From a computational point of view, the principles of neuronal coding and decoding are exposed, as well as those underlying inferential perception. Various experimental techniques are exposed, including those using signal processing and those analyzing eye movements such as pupillometry. Finally, the course presents a comparative approach of interspecies vision, from fly to man, as well as a debate on the revolution of deep learning for vision.
01.General Introduction
02. Linear & non-linear systems for vision science
03 et 04. Functional organisation of the visual system
05 et 06. Motion perception and eye movements
07. Shape perception
08. Stereo vision/Colour vision
09. Perception as inference (Bayes)
10. Visual attentional effects and other top-down processing
11. Coding and decoding: Sparseness, efficiency, predictiveness
12. Vision through species: From flies to humans
13. Has deep learning solved vision? A debate
Master
-
Initiation/introduction
– Sciences cognitives
– M2/S3
Suivi et validation – semestriel hebdomadaire = 6 ECTS
MCC – examen, exposé oral
Renseignements
- Contacts additionnels
- cogmaster@psl.eu
- Informations pratiques
The complete syllabus of the course is available on the Cogmaster's website. For any information, please contact the secretariat of the Cogmaster.
Registration procedure (external students) : https://cogmaster.ens.psl.eu/en/students/external-students-13501
- Direction de travaux des étudiants
- -
- Réception des candidats
- -
- Pré-requis
Students with limited knowledge in neuroscience or experimental psychology are encouraged to contact the module leader before registering.
Dernière modification : 7 avril 2021 15:19
- Type d'UE
- Enseignements fondamentaux de master
- Disciplines
- Psychologie et sciences cognitives
- Page web
- https://cogmaster.ens.psl.eu/en/program/m2-program-13572
- Langues
- anglais
- Mots-clés
- Psychologie Sciences cognitives Visuel
- Aires culturelles
- -
Intervenant·e·s
- Pascal Mamassian [référent·e] directeur de recherche, CNRS
The objective of this course is to give you the keys to understand the fundamental concepts in visual perception, following a multi-disciplinary approach in neuroscience, psychology and modeling. In neuroscience, the visual system is presented from the processing of the retinal image to the cortex. In the healthy adult man, we present how the visual scene is analyzed in its motion, form, color, and depth, and how attention modulates perception. From a computational point of view, the principles of neuronal coding and decoding are exposed, as well as those underlying inferential perception. Various experimental techniques are exposed, including those using signal processing and those analyzing eye movements such as pupillometry. Finally, the course presents a comparative approach of interspecies vision, from fly to man, as well as a debate on the revolution of deep learning for vision.
01.General Introduction
02. Linear & non-linear systems for vision science
03 et 04. Functional organisation of the visual system
05 et 06. Motion perception and eye movements
07. Shape perception
08. Stereo vision/Colour vision
09. Perception as inference (Bayes)
10. Visual attentional effects and other top-down processing
11. Coding and decoding: Sparseness, efficiency, predictiveness
12. Vision through species: From flies to humans
13. Has deep learning solved vision? A debate
-
Initiation/introduction
– Sciences cognitives
– M2/S3
Suivi et validation – semestriel hebdomadaire = 6 ECTS
MCC – examen, exposé oral
- Contacts additionnels
- cogmaster@psl.eu
- Informations pratiques
The complete syllabus of the course is available on the Cogmaster's website. For any information, please contact the secretariat of the Cogmaster.
Registration procedure (external students) : https://cogmaster.ens.psl.eu/en/students/external-students-13501
- Direction de travaux des étudiants
- -
- Réception des candidats
- -
- Pré-requis
Students with limited knowledge in neuroscience or experimental psychology are encouraged to contact the module leader before registering.
-
Autre lieu Paris
ENS, 29 rue d'Ulm 75005 Paris
1er semestre / hebdomadaire, mardi 14:00-17:00
du 22 septembre 2020 au 19 janvier 2021