International audienceThis paper models recent data in the field of postural coordination showing the existence of self-organized postural states, and transition between them, underlying supra-postural tracking movements. The proposed biomechanical model, capitalizing on stability and optimization criteria, captures the complex postural behaviors observed in humans and can be used to implement efficient balance control principles in humanoids. Experimental results on humanoids show the relevance of this work
International audienceBalance strategies range from continuous postural adjustments to discrete chan...
Human stance requires the coordination of multiple joints. This article examines the dynamics of pos...
A humanoid robot is expected to experience various force disturbances during interaction with humans...
International audienceThis paper models recent data in the field of postural coordination showing th...
Abstract. This paper discusses the human postural control as an interdisciplinary problem. The goal ...
We present an optimal feedback model of human standing balance that answers three open questions rel...
The study of posture dynamics is important not only to understand disorders of impaired equilibrium ...
Humanoid robots and humans look alike, and therefore are expected to adjust their posture in a simil...
We present an optimal feedback model of human standing balance that answers three open questions rel...
This article provides a theoretical and thorough experimental comparison of two distinct posture con...
International audienceThis paper proposes a closed-loop optimal control model predicting changes bet...
International audienceIn this study, we endeavor to better understand the human motor control system...
Abstract — Balance strategies range from continuous postural adjustments to discrete changes in cont...
Abstract—Nature has developed methods for controlling the movements of organisms with many degrees o...
Posture control is indispensable for both humans and humanoid robots, which becomes especially evide...
International audienceBalance strategies range from continuous postural adjustments to discrete chan...
Human stance requires the coordination of multiple joints. This article examines the dynamics of pos...
A humanoid robot is expected to experience various force disturbances during interaction with humans...
International audienceThis paper models recent data in the field of postural coordination showing th...
Abstract. This paper discusses the human postural control as an interdisciplinary problem. The goal ...
We present an optimal feedback model of human standing balance that answers three open questions rel...
The study of posture dynamics is important not only to understand disorders of impaired equilibrium ...
Humanoid robots and humans look alike, and therefore are expected to adjust their posture in a simil...
We present an optimal feedback model of human standing balance that answers three open questions rel...
This article provides a theoretical and thorough experimental comparison of two distinct posture con...
International audienceThis paper proposes a closed-loop optimal control model predicting changes bet...
International audienceIn this study, we endeavor to better understand the human motor control system...
Abstract — Balance strategies range from continuous postural adjustments to discrete changes in cont...
Abstract—Nature has developed methods for controlling the movements of organisms with many degrees o...
Posture control is indispensable for both humans and humanoid robots, which becomes especially evide...
International audienceBalance strategies range from continuous postural adjustments to discrete chan...
Human stance requires the coordination of multiple joints. This article examines the dynamics of pos...
A humanoid robot is expected to experience various force disturbances during interaction with humans...