Abstract — We present a model designed on the basis of the rat’s brain neurophysiology to provide a robot with spatial cognition and goal-oriented navigation capabilities. We describe target learning and place recognition processes in rats as basis for topological map building and exploitation by robots. We experiment with the model in different maze configurations by training a robot to find the goal starting from a fixed location, and by testing it to reach the same target from new different starting locations.1 I
The ability to acquire a representation of the spatial environment and the ability to localize withi...
International audienceSeveral studies in rats support the idea of multiple neural systems competing ...
International audienceSeveral studies in rats support the idea of multiple neural systems competing ...
The study of behavioral and neurophysiological mechanisms involved in rat spatial cognition provides...
When animals explore an environment, they store useful spatial information in their brains. In subse...
The paper discusses robot navigation from biological inspiration. The authors sought to build a mode...
The paper discusses robot navigation from biological inspiration. The authors sought to build a mode...
The paper discusses robot navigation from biological inspiration. The authors sought to build a mode...
Animals behave in different ways depending on the specific task they are required to solve. In certa...
The mobile robot ability to navigate autonomously in its environment is very important. Even though ...
The mobile robot ability to navigate autonomously in its environment is very important. Even though ...
Abstract This paper presents a computational model of cognitive maps for navigation, which is implem...
Abstract—We describe a computer model that reproduces many observed features of rat navigation behav...
The rodent navigation system has been the focus of study for over a century. Discoveries made lately...
The rodent navigation system has been the focus of study for over a century. Discoveries made lately...
The ability to acquire a representation of the spatial environment and the ability to localize withi...
International audienceSeveral studies in rats support the idea of multiple neural systems competing ...
International audienceSeveral studies in rats support the idea of multiple neural systems competing ...
The study of behavioral and neurophysiological mechanisms involved in rat spatial cognition provides...
When animals explore an environment, they store useful spatial information in their brains. In subse...
The paper discusses robot navigation from biological inspiration. The authors sought to build a mode...
The paper discusses robot navigation from biological inspiration. The authors sought to build a mode...
The paper discusses robot navigation from biological inspiration. The authors sought to build a mode...
Animals behave in different ways depending on the specific task they are required to solve. In certa...
The mobile robot ability to navigate autonomously in its environment is very important. Even though ...
The mobile robot ability to navigate autonomously in its environment is very important. Even though ...
Abstract This paper presents a computational model of cognitive maps for navigation, which is implem...
Abstract—We describe a computer model that reproduces many observed features of rat navigation behav...
The rodent navigation system has been the focus of study for over a century. Discoveries made lately...
The rodent navigation system has been the focus of study for over a century. Discoveries made lately...
The ability to acquire a representation of the spatial environment and the ability to localize withi...
International audienceSeveral studies in rats support the idea of multiple neural systems competing ...
International audienceSeveral studies in rats support the idea of multiple neural systems competing ...