Our research aims at providing a humanoid robot with the ability of observing, learning, and reproducing actions performed by humans in order to acquire new skills. In other words, we want to apply articial intelligence techniques to automatically recognize a human activity in order to make a humanoid robot able to reproduce it.This system has not only to distinguish between dierent actions, but also to represent them in a proper manner to allow a robot to reproduce the motion trajectories the demonstrator showed and learn new skills. Since the nal system is going to be integrated in an autonomous humanoid robot (specically model Aldebran Nao), we are working with an RGB-D sensor (Microsoft Kinect) that can be easily applied to it. This obj...
The ultimate goal of computer vision is to help computing devices understand the real world, process...
Abstract — Teaching robots object manipulation skills is a complex task that involves multimodal per...
Biologically inspired humanoid robots present new challenges for system identification and control d...
Our research aims at providing a humanoid robot with the ability of observing, learning, and reprodu...
In this thesis the action learning and generation problem on a humanoid robot is studied. Our aim is...
In this paper, a multi-level approach to intention, activity, and motion recognition for a humanoid ...
This thesis investigates how a robot can use action generation mechanisms to recognize the action of...
Detecting human activity in the scene is a fundamental skill for robotics. Most current methods of h...
Two different classifier representations based on dynamic Artificial Neural Networks (ANNs) and Gene...
Humanoids 2010International audienceIn this paper, we present a method to perform tasks identificati...
Vision-based human action recognition allows to detect and understand meaningful human motion. This ...
In this paper, a multi-level approach to intention, activity, and motion recognition for a humanoid ...
This paper proposes an intuitive real-time robot control system using human body movement. Recently,...
This thesis completed an application for controlling a Nao robot to imitate human gestures and class...
Humanoid social robots that interact with people need to be capable of interpreting the social behav...
The ultimate goal of computer vision is to help computing devices understand the real world, process...
Abstract — Teaching robots object manipulation skills is a complex task that involves multimodal per...
Biologically inspired humanoid robots present new challenges for system identification and control d...
Our research aims at providing a humanoid robot with the ability of observing, learning, and reprodu...
In this thesis the action learning and generation problem on a humanoid robot is studied. Our aim is...
In this paper, a multi-level approach to intention, activity, and motion recognition for a humanoid ...
This thesis investigates how a robot can use action generation mechanisms to recognize the action of...
Detecting human activity in the scene is a fundamental skill for robotics. Most current methods of h...
Two different classifier representations based on dynamic Artificial Neural Networks (ANNs) and Gene...
Humanoids 2010International audienceIn this paper, we present a method to perform tasks identificati...
Vision-based human action recognition allows to detect and understand meaningful human motion. This ...
In this paper, a multi-level approach to intention, activity, and motion recognition for a humanoid ...
This paper proposes an intuitive real-time robot control system using human body movement. Recently,...
This thesis completed an application for controlling a Nao robot to imitate human gestures and class...
Humanoid social robots that interact with people need to be capable of interpreting the social behav...
The ultimate goal of computer vision is to help computing devices understand the real world, process...
Abstract — Teaching robots object manipulation skills is a complex task that involves multimodal per...
Biologically inspired humanoid robots present new challenges for system identification and control d...