In this thesis we investigate two types of approaches for footstep planning for humanoid robots: on one hand the discrete approaches where the robot has only a finite set of possible steps, and on the other hand the approaches where the robot uses continuous feasibility regions. We study these problems both on a theoretical and practical level. In particular, we describe two original, coherent and efficient methods for footstep planning, one in the discrete case (chapter 5), and one in the continuous case (chapter 6). We validate these methods in simulation and with several experiments on the robot HRP-2.Dans cette thèse nous nous intéressons à deux types d'approches pour la planification de pas pour robots humanoïdes : d'une part les appro...
This master’s thesis presents a footstep planning for a humanoid robot with perception and pro cessi...
This thesis focuses on realization of tasks with locomotion on humanoid robots. Thanks to their nume...
Abstract Humanoid robot locomotion involves trajectories that are much harder to generate and contro...
In this thesis we investigate two types of approaches for footstep planning for humanoid robots: on ...
In this thesis we investigate two types of approaches for footstep planning for humanoid robots: on ...
Dans cette thèse nous nous intéressons à deux types d'approches pour la planification de pas pour ro...
Dans cette thèse nous nous intéressons à deux types d'approches pour la planification de pas pour ro...
Dans cette thèse nous nous intéressons à deux types d'approches pour la planification de pas pour ro...
In this thesis we investigate two types of approaches for footstep planning for humanoid robots: on ...
In this thesis we investigate two types of approaches for footstep planning for humanoid robots: on ...
International audienceIn this paper we demonstrate an original equivalence between footstep planning...
International audienceIn this paper we demonstrate an original equivalence between footstep planning...
Abstract — Humanoid robots possess the capability of step-ping over or onto objects, which distingui...
Planning the motion for humanoid robots is a computationally-complex task due to the high dimensiona...
This paper proposes the necessity of a walking period in footstep planning and details situations in...
This master’s thesis presents a footstep planning for a humanoid robot with perception and pro cessi...
This thesis focuses on realization of tasks with locomotion on humanoid robots. Thanks to their nume...
Abstract Humanoid robot locomotion involves trajectories that are much harder to generate and contro...
In this thesis we investigate two types of approaches for footstep planning for humanoid robots: on ...
In this thesis we investigate two types of approaches for footstep planning for humanoid robots: on ...
Dans cette thèse nous nous intéressons à deux types d'approches pour la planification de pas pour ro...
Dans cette thèse nous nous intéressons à deux types d'approches pour la planification de pas pour ro...
Dans cette thèse nous nous intéressons à deux types d'approches pour la planification de pas pour ro...
In this thesis we investigate two types of approaches for footstep planning for humanoid robots: on ...
In this thesis we investigate two types of approaches for footstep planning for humanoid robots: on ...
International audienceIn this paper we demonstrate an original equivalence between footstep planning...
International audienceIn this paper we demonstrate an original equivalence between footstep planning...
Abstract — Humanoid robots possess the capability of step-ping over or onto objects, which distingui...
Planning the motion for humanoid robots is a computationally-complex task due to the high dimensiona...
This paper proposes the necessity of a walking period in footstep planning and details situations in...
This master’s thesis presents a footstep planning for a humanoid robot with perception and pro cessi...
This thesis focuses on realization of tasks with locomotion on humanoid robots. Thanks to their nume...
Abstract Humanoid robot locomotion involves trajectories that are much harder to generate and contro...