Humans build more and more evolved machines to facilitate their life. The next stage of this evolution will be the construction of robots capable of choosing, defining and finally achieving a task autonomously in the middle of humans. To accomplish this objective, planning and control tools for manipulation tasks are presented. The concept of soft motions that are constituted by cubic functions enables, on the one hand, to plan trajectories that take into account time, and security and comfort constraints for users, and on the other hand, to do a link between planning and control. The grasp planning and the study of the stability of grasps constitute a key element of the manipulation planning. The study of dynamic and friction are indispens...
La manipulation dextre est un sujet important dans la recherche en robotique et dans lequel peu de t...
This electronic version was submitted by the student author. The certified thesis is available in th...
The autonomous robot performance in a dynamic environment requires advanced perception, action and d...
Humans build more and more evolved machines to facilitate their life. The next stage of this evoluti...
Humans build more and more evolved machines to facilitate their life. The next stage of this evoluti...
Humans build more and more evolved machines to facilitate their life. The next stage of this evoluti...
The first part of this thesis work extends a dual arm manipulation planner, developed by the Univers...
The first part of this thesis work extends a dual arm manipulation planner, developed by the Univers...
Envisioning in the (not-so-far) future robots which are able to autonomously grasp and manipulate ob...
Humans display extraordinary ability in grasping and manipulating objects even in extremely complex ...
THE execution of reliable and stable grasping with artificial hands is a main challenge in the robot...
Un robot agit sur son environnement par le mouvement, sa capacité à planifier ses mouvements est don...
Un robot agit sur son environnement par le mouvement, sa capacité à planifier ses mouvements est don...
The autonomous robot performance in a dynamic environment requires advanced perception, action and d...
Moving objects with autonomous robots is a wide topic that includes single-arm pick-and-place tasks,...
La manipulation dextre est un sujet important dans la recherche en robotique et dans lequel peu de t...
This electronic version was submitted by the student author. The certified thesis is available in th...
The autonomous robot performance in a dynamic environment requires advanced perception, action and d...
Humans build more and more evolved machines to facilitate their life. The next stage of this evoluti...
Humans build more and more evolved machines to facilitate their life. The next stage of this evoluti...
Humans build more and more evolved machines to facilitate their life. The next stage of this evoluti...
The first part of this thesis work extends a dual arm manipulation planner, developed by the Univers...
The first part of this thesis work extends a dual arm manipulation planner, developed by the Univers...
Envisioning in the (not-so-far) future robots which are able to autonomously grasp and manipulate ob...
Humans display extraordinary ability in grasping and manipulating objects even in extremely complex ...
THE execution of reliable and stable grasping with artificial hands is a main challenge in the robot...
Un robot agit sur son environnement par le mouvement, sa capacité à planifier ses mouvements est don...
Un robot agit sur son environnement par le mouvement, sa capacité à planifier ses mouvements est don...
The autonomous robot performance in a dynamic environment requires advanced perception, action and d...
Moving objects with autonomous robots is a wide topic that includes single-arm pick-and-place tasks,...
La manipulation dextre est un sujet important dans la recherche en robotique et dans lequel peu de t...
This electronic version was submitted by the student author. The certified thesis is available in th...
The autonomous robot performance in a dynamic environment requires advanced perception, action and d...