This paper demonstrates some interesting connections between the hitherto disparate fields of mobile robot navigation and image-based visual servoing. A planar formulation of the well-known image-based visual servoing method leads to a bearing-only navigation system that requires no explicit localization and directly yields desired velocity. The well known benefits of image-based visual servoing such as robustness apply also to the planar case. Simulation results are presented. \u
This letter considers the problem of collision-free navigation of omnidirectional mobile robots in e...
Abstract—Visual servoing, i.e., the use of the vision sensor in feedback control, has gained recentl...
International audienceVisual servoing consists in using the data provided by a vision sensorfor cont...
This paper demonstrates some interesting connections between the hitherto disparate fields of mobile...
We introduce a new image-based visual navigation algorithm that allows the Cartesian velocity of a r...
We present an image-based visual servoing controller enabling nonholonomic mobile robots with a fixe...
International audienceWe present an image-based visual servoing con- troller enabling nonholonomic m...
International audienceThis paper addresses the problem of vision-based navigation and proposes an or...
International audienceWe present two visual servoing controllers (pose-based and image-based) en- ab...
International audienceWe deal in this paper with an original visual servoing method intended to cont...
International audienceThe general aim of visual servoing is to control the motion of a robot so that...
The general aim of visual servoing is to control the motion of a robot so that visual features acqui...
Abstract—the paper presents the design of controller for wheeled mobile robots (WMRs) which continuo...
A recurrent problem in mobile robotics is the difficulty to accurately estimate a robot's localizati...
International audienceThis paper addresses the design of a control law for vision-based robot naviga...
This letter considers the problem of collision-free navigation of omnidirectional mobile robots in e...
Abstract—Visual servoing, i.e., the use of the vision sensor in feedback control, has gained recentl...
International audienceVisual servoing consists in using the data provided by a vision sensorfor cont...
This paper demonstrates some interesting connections between the hitherto disparate fields of mobile...
We introduce a new image-based visual navigation algorithm that allows the Cartesian velocity of a r...
We present an image-based visual servoing controller enabling nonholonomic mobile robots with a fixe...
International audienceWe present an image-based visual servoing con- troller enabling nonholonomic m...
International audienceThis paper addresses the problem of vision-based navigation and proposes an or...
International audienceWe present two visual servoing controllers (pose-based and image-based) en- ab...
International audienceWe deal in this paper with an original visual servoing method intended to cont...
International audienceThe general aim of visual servoing is to control the motion of a robot so that...
The general aim of visual servoing is to control the motion of a robot so that visual features acqui...
Abstract—the paper presents the design of controller for wheeled mobile robots (WMRs) which continuo...
A recurrent problem in mobile robotics is the difficulty to accurately estimate a robot's localizati...
International audienceThis paper addresses the design of a control law for vision-based robot naviga...
This letter considers the problem of collision-free navigation of omnidirectional mobile robots in e...
Abstract—Visual servoing, i.e., the use of the vision sensor in feedback control, has gained recentl...
International audienceVisual servoing consists in using the data provided by a vision sensorfor cont...