Two different computational models are presented. These models simulate behaviour of a rat during a laboratory experiment focused on spatial cognition. First model arises from principles of reinforcement learning while second represents a method usual for models in computational neuroscience. The two models are compared with the results of laboratory experiments as well as with each other. Assets of both models and the possibility of combining the two methods are then discussed
The paper discusses robot navigation from biological inspiration. The authors sought to build a mode...
The ability to acquire a representation of the spatial environment and the ability to localize withi...
The rodent navigation system has been the focus of study for over a century. Discoveries made lately...
The study of behavioral and neurophysiological mechanisms involved in rat spatial cognition provides...
During quiet waking periods a rat generates sequences of activation in the hippocampus that predict ...
We have simulated behaviour of a rodent solving a spatial task using a simple artificial neural netw...
International audienceFor animals as well as for humans, the hypothesis of multiple memory systems i...
Abstract. For animals as well as for humans, the hypothesis of multiple memory systems involved in d...
This article introduces a simulation model of rat behavior in the elevated plus-maze, designed throu...
International audienceSeveral studies in rats support the idea of multiple neural systems competing ...
Animal behavior provides context for understanding disease models and physiology. However, that beha...
International audienceDifferent neural systems are involved in animal navigation depending on the ty...
Abstract: The problems of experiments organization with rats in the maze for porpose of in...
ABSTRACT We present a computational theory of navigation in ro-dents based on interacting representa...
A comprehensive introduction to the world of brain and behavior computational models This book provi...
The paper discusses robot navigation from biological inspiration. The authors sought to build a mode...
The ability to acquire a representation of the spatial environment and the ability to localize withi...
The rodent navigation system has been the focus of study for over a century. Discoveries made lately...
The study of behavioral and neurophysiological mechanisms involved in rat spatial cognition provides...
During quiet waking periods a rat generates sequences of activation in the hippocampus that predict ...
We have simulated behaviour of a rodent solving a spatial task using a simple artificial neural netw...
International audienceFor animals as well as for humans, the hypothesis of multiple memory systems i...
Abstract. For animals as well as for humans, the hypothesis of multiple memory systems involved in d...
This article introduces a simulation model of rat behavior in the elevated plus-maze, designed throu...
International audienceSeveral studies in rats support the idea of multiple neural systems competing ...
Animal behavior provides context for understanding disease models and physiology. However, that beha...
International audienceDifferent neural systems are involved in animal navigation depending on the ty...
Abstract: The problems of experiments organization with rats in the maze for porpose of in...
ABSTRACT We present a computational theory of navigation in ro-dents based on interacting representa...
A comprehensive introduction to the world of brain and behavior computational models This book provi...
The paper discusses robot navigation from biological inspiration. The authors sought to build a mode...
The ability to acquire a representation of the spatial environment and the ability to localize withi...
The rodent navigation system has been the focus of study for over a century. Discoveries made lately...