This report addresses the problem of trajectory following for a wheeled mobile robot with nonholonomic constraints. The aim is to develop a method to avoid the collisions caused by erroneous localization of the robot in its environment, by unknown obstacles and the inaccuracy of the map. This method uses a generic technique to deform the trajectory. The obstacles perceived by the robot produce some virtual forces that push away the trajectory according to the nonholonomic constraints. We describe precisely how to compute virtual forces for differents kinds of robots. The algorithm to simultaneously deform and follow a trajectory that take into account the kinematics boundary of the robot is presented. Some experimental results onboard real ...
We present a motion planning algorithm for cases where geometry of the robot cannot be neglected and...
This thesis presents a navigation method in uncertain and dynamic en- vironment. More precisely, it ...
This paper addresses the problem of numerically finding an optimal path for a robot with non-holonom...
This report addresses the problem of trajectory following for a wheeled mobile robot with nonholonom...
This work deals with autonomous navigation in cluttered environments for wheeled mobile robots subje...
The work presented in this document is concerned with the problem of automatic motion planning and c...
This PhD thesis is dedicated to the path planning and control strategy for non-holonomic mobile robo...
This paper deals with the problem of autonomous navigation for nonholonomic mobile robots. To avoid ...
Ce travail propose de nouvelles stratégies pour la planification et le contrôle des robots mobiles n...
We consider the problem of trajectory generation of non-holonomic mobile robots. We propose two traj...
Trajectory planning is one of the fundamental problems in mobile robotics. A wide variety of approac...
International audienceThis paper presents a novel and generic approach of path optimization for nonh...
voir basilic : http://emotion.inrialpes.fr/bibemotion/2004/LLPF04/ address: New Orleans, LA (US)In t...
[EN] A new approach for navigation of mobile robots in dynamic environments by using Linear Algebra ...
We present a motion planning algorithm for cases where geometry of the robot cannot be neglected and...
This thesis presents a navigation method in uncertain and dynamic en- vironment. More precisely, it ...
This paper addresses the problem of numerically finding an optimal path for a robot with non-holonom...
This report addresses the problem of trajectory following for a wheeled mobile robot with nonholonom...
This work deals with autonomous navigation in cluttered environments for wheeled mobile robots subje...
The work presented in this document is concerned with the problem of automatic motion planning and c...
This PhD thesis is dedicated to the path planning and control strategy for non-holonomic mobile robo...
This paper deals with the problem of autonomous navigation for nonholonomic mobile robots. To avoid ...
Ce travail propose de nouvelles stratégies pour la planification et le contrôle des robots mobiles n...
We consider the problem of trajectory generation of non-holonomic mobile robots. We propose two traj...
Trajectory planning is one of the fundamental problems in mobile robotics. A wide variety of approac...
International audienceThis paper presents a novel and generic approach of path optimization for nonh...
voir basilic : http://emotion.inrialpes.fr/bibemotion/2004/LLPF04/ address: New Orleans, LA (US)In t...
[EN] A new approach for navigation of mobile robots in dynamic environments by using Linear Algebra ...
We present a motion planning algorithm for cases where geometry of the robot cannot be neglected and...
This thesis presents a navigation method in uncertain and dynamic en- vironment. More precisely, it ...
This paper addresses the problem of numerically finding an optimal path for a robot with non-holonom...