The aim of this thesis is to transfer human motion to a humanoid robot online. In the first part of this work, the human motion recorded by a motion capture system is analyzed to extract salient features that are to be transferred on the humanoid robot. We introduce the humanoid normalized model as the set of motion properties. In the second part of this work, the robot motion that includes the human motion features is computed using the inverse kinematics with priority. In order to transfer the motion properties a stack of tasks is predefined. Each motion property in the humanoid normalized model corresponds to one target in the stack of tasks. We propose a framework to transfer human motion online as close as possible to a human motion pe...
International audienceNew generations of humanoid robots are becoming more faithful copies of the hu...
International audienceNew generations of humanoid robots are becoming more faithful copies of the hu...
International audienceNew generations of humanoid robots are becoming more faithful copies of the hu...
The aim of this thesis is to transfer human motion to a humanoid robot online. In the first part of ...
The aim of this thesis is to transfer human motion to a humanoid robot online. In the first part of ...
The aim of this thesis is to transfer human motion to a humanoid robot online. In the first part of ...
Le but de cette thèse est le transfert du mouvement humain vers un robot humanoïde en ligne. Dans un...
Le but de cette thèse est le transfert du mouvement humain vers un robot humanoïde en ligne. Dans un...
The aim of this thesis is to transfer human motion to a humanoid robot online. In the first part of ...
We present a framework for online imitation of human motion by the humanoid robot HRP-2. We introduc...
We present a framework for online imitation of human motion by the humanoid robot HRP-2. We introduc...
The number of humanoid robots has increased in recent years to be able to collaborate with humans or...
The number of humanoid robots has increased in recent years to be able to collaborate with humans or...
6 pagesInternational audienceThis paper presents a method based on inverse kinematics with task spec...
International audienceNew generations of humanoid robots are becoming more faithful copies of the hu...
International audienceNew generations of humanoid robots are becoming more faithful copies of the hu...
International audienceNew generations of humanoid robots are becoming more faithful copies of the hu...
International audienceNew generations of humanoid robots are becoming more faithful copies of the hu...
The aim of this thesis is to transfer human motion to a humanoid robot online. In the first part of ...
The aim of this thesis is to transfer human motion to a humanoid robot online. In the first part of ...
The aim of this thesis is to transfer human motion to a humanoid robot online. In the first part of ...
Le but de cette thèse est le transfert du mouvement humain vers un robot humanoïde en ligne. Dans un...
Le but de cette thèse est le transfert du mouvement humain vers un robot humanoïde en ligne. Dans un...
The aim of this thesis is to transfer human motion to a humanoid robot online. In the first part of ...
We present a framework for online imitation of human motion by the humanoid robot HRP-2. We introduc...
We present a framework for online imitation of human motion by the humanoid robot HRP-2. We introduc...
The number of humanoid robots has increased in recent years to be able to collaborate with humans or...
The number of humanoid robots has increased in recent years to be able to collaborate with humans or...
6 pagesInternational audienceThis paper presents a method based on inverse kinematics with task spec...
International audienceNew generations of humanoid robots are becoming more faithful copies of the hu...
International audienceNew generations of humanoid robots are becoming more faithful copies of the hu...
International audienceNew generations of humanoid robots are becoming more faithful copies of the hu...
International audienceNew generations of humanoid robots are becoming more faithful copies of the hu...