Home page > Research Teams > Contrôle et Apprentissage des Déplacements Finalisés
Contrôle et Apprentissage des Déplacements Finalisés
| Menu | ||
| Membres | Equipements | Demos |
|
|
|
| Publications | Partenariats | Liens |
|
|
|
|
Statutaires : |
Gilles MONTAGNE, PU, Université de la Méditerranée Reinoud BOOTSMA, PU, Université de la Méditerranée Jean GRIFFET, PU, Université de la Méditerranée Laure FERNANDEZ, MCU, Université de la Méditerranée Emmanuel DAUCE, MCU, Université de la Méditerranée Antoine MORICE, MCU, Université de la Méditerranée Cyril CAMACHON, Centre de Recherche de l’Armée de l’air, Salon de Provence (Chercheur Associé) Maxime TRAVERT, MCU, IUFM Marseille (Chercheur Associé) |
|
Post-Doctorat : |
|
|
ATER : |
Olivier MISSENARD Perrine GUERIN |
|
Thèses en cours : |
Cécile COUTTON-JEAN (Allocataire, Dirs. : R. BOOTSMA et D. MESTRE) Matthieu FRANCOIS (BDI CNRS, Dirs. : G. MONTAGNE et A. MORICE) Enora GANDON (Allocataire, Dirs. : R. BOOTSMA et B. BRIL) Ghislain HANULA (Dirs. : J. GRIFFET et M. TRAVERT) Michaël HUET (DGA, Dirs. : G. MONTAGNE et C. CAMACHON) Nicolas LOUVETON (Region PACA/INRETS, Dirs. : C. BERTELON, R. BOOTSMA et G. MONTAGNE) Vanessa GONZALEZ (ONERA, Dirs. : R. BOOTSMA et J.-C. SARRAZIN) |
Our research aims at improving our understanding of the role of vision in the control and acquisition of goal-directed locomotion. The majority of our daily actions takes place within the ‘locomotor space’. In order to interact successfully with both stationary and moving elements of the environment, an agent (pedestrian, driver, pilot, robot, athlete, tele-operator, …) has to implement a tight perceptual-motor dialogue. Our team seeks to identify and analyze, at a behavioural level of analysis, the mechanisms underlying the acquisition, the operation and the optimization of this dialogue.
Modelling of the perceptual-motor dialogue is the cornerstone of the experimental process. We test the models developed through experimental manipulation of (i) the perceptual support available and (ii) the link between the movements produced and their consequences at the level of the task space. The virtual reality facilities available in the lab provide powerful tools to investigate these issues.
Sub-sections :

