National audienceThe context of this work is multirobot exploration and mapping of unknown environments. Frontiers (boundaries between empty and unexplored areas) are points to go to in order to increase explored area. In this paper, we propose a frontier allocation method for the exploration and mapping of indoor environments using multiple robots. A wavefront propagation algorithm is used to build a local minimum free potential field with a gradient descending towards frontiers used for navigation and path distance computation. Exploration is done by successively exploring frontiers assigned using a novel, computationally inexpensive algorithm based on the cardinal of the set of robots closer to the frontier than the robot being assigned....
This paper addresses the problem of exploration of an unknown environment by developing effective ex...
We conducted research mainly in the areas of navigation, perception and learning for mobile robots. ...
Utonomous navigation is one of the most challenging tasks for mobile robots. It requires the ability...
National audienceLe contexte de ce travail est le problème de l'exploration multi-robot d'environnem...
National audienceMulti-robot exploration consists in efficiently observing all the reachable space o...
National audienceCet article présente une approche multi-agent résolvant le problème de "poursuite-é...
National audienceCe papier présente une architecture multirobots permettant une allocation automatiq...
This thesis explores the challenges involved in building autonomous exploration and monitoring syste...
Nous présentons un système de navigation pour robot autonome dans un environnement ouvert. Le robot ...
Autonomous navigation in unknown environments has been the focus of attention in the mobile robotics...
The original publication is available at www.springerlink.comInternational audienceExploring an unkn...
This thesis studies the issue of multi-robot coordination from the standpoint of planning, which con...
International audienceNous nous intéressons au problème de l'exploration d'un anneau avec arrêt avec...
Mobile robotics is an essential application field for multisensor fusion . This paper presents some ...
In several tasks of robotics, vision is considered to be the essential element by which the percepti...
This paper addresses the problem of exploration of an unknown environment by developing effective ex...
We conducted research mainly in the areas of navigation, perception and learning for mobile robots. ...
Utonomous navigation is one of the most challenging tasks for mobile robots. It requires the ability...
National audienceLe contexte de ce travail est le problème de l'exploration multi-robot d'environnem...
National audienceMulti-robot exploration consists in efficiently observing all the reachable space o...
National audienceCet article présente une approche multi-agent résolvant le problème de "poursuite-é...
National audienceCe papier présente une architecture multirobots permettant une allocation automatiq...
This thesis explores the challenges involved in building autonomous exploration and monitoring syste...
Nous présentons un système de navigation pour robot autonome dans un environnement ouvert. Le robot ...
Autonomous navigation in unknown environments has been the focus of attention in the mobile robotics...
The original publication is available at www.springerlink.comInternational audienceExploring an unkn...
This thesis studies the issue of multi-robot coordination from the standpoint of planning, which con...
International audienceNous nous intéressons au problème de l'exploration d'un anneau avec arrêt avec...
Mobile robotics is an essential application field for multisensor fusion . This paper presents some ...
In several tasks of robotics, vision is considered to be the essential element by which the percepti...
This paper addresses the problem of exploration of an unknown environment by developing effective ex...
We conducted research mainly in the areas of navigation, perception and learning for mobile robots. ...
Utonomous navigation is one of the most challenging tasks for mobile robots. It requires the ability...