International audienceThis paper proposes solutions to the relative lack of efficiency of walking trajectories generated online. Extensions of a previously introduced Linear Model Predictive Control law are proposed that allow to improve the walking performance through variation of the height of the CoM and toe flexion. Extensive simulations serve to demonstrate the capacity of the improved scheme to generate significantly more efficient walking motions
International audienceThis paper presents a generic and efficient approach to generate dynamically c...
International audienceThis paper proposes an analysis of the effect of vertical motion of the CoM du...
International audienceThis article addresses the real-time implementation issues of a model predicti...
International audienceThis paper proposes solutions to the relative lack of efficiency of walking tr...
International audienceBuilding on previous propositions to generate walking gaits online through the...
International audienceThe article presents an improved formulation of an existing model predictive c...
International audienceThis article addresses the fast solution of a Quadratic Program underlying a L...
International audienceThe goal of this paper is to demonstrate the capacity of Model Predictive Cont...
International audienceWe demonstrate how the MPC sheme for the generation of stable bipedal walking ...
International audienceThis article presents a comparison between dense and sparse model predictive c...
Most humanoid robots walk in an unhuman-like way with bent knees due to the use of the simplified Li...
International audienceA crucial part in biped walking motion generation is to ensure dynamic feasibi...
Robots hold the promise of becoming useful helpers for many dangerous, laborious, or unpleasant task...
We present a real-time algorithm for humanoid 3D walking and/or running based on a Model Predictive ...
Thanks to better actuator technologies and control algorithms, humanoid robots to date can perform a...
International audienceThis paper presents a generic and efficient approach to generate dynamically c...
International audienceThis paper proposes an analysis of the effect of vertical motion of the CoM du...
International audienceThis article addresses the real-time implementation issues of a model predicti...
International audienceThis paper proposes solutions to the relative lack of efficiency of walking tr...
International audienceBuilding on previous propositions to generate walking gaits online through the...
International audienceThe article presents an improved formulation of an existing model predictive c...
International audienceThis article addresses the fast solution of a Quadratic Program underlying a L...
International audienceThe goal of this paper is to demonstrate the capacity of Model Predictive Cont...
International audienceWe demonstrate how the MPC sheme for the generation of stable bipedal walking ...
International audienceThis article presents a comparison between dense and sparse model predictive c...
Most humanoid robots walk in an unhuman-like way with bent knees due to the use of the simplified Li...
International audienceA crucial part in biped walking motion generation is to ensure dynamic feasibi...
Robots hold the promise of becoming useful helpers for many dangerous, laborious, or unpleasant task...
We present a real-time algorithm for humanoid 3D walking and/or running based on a Model Predictive ...
Thanks to better actuator technologies and control algorithms, humanoid robots to date can perform a...
International audienceThis paper presents a generic and efficient approach to generate dynamically c...
International audienceThis paper proposes an analysis of the effect of vertical motion of the CoM du...
International audienceThis article addresses the real-time implementation issues of a model predicti...