International audienceA lot of vision applications, for instance in robotics, require identification of 3D objects. Use of complex methods, based on model matching, is not always necessary, and may be too computationally expensive. We propose a fast and simple method for recognition of 3D objects. The method takes profit of the learning capabilities of a neural network. The idea is to train a neural network on some views of each object. In order to reduce the amount of data, the object is characterized by its silhouette. At the end of the learning phase, the generalization capabilities of the network allow it to recognize non-learned views. After a description of...
Robots are mechanically capable of doing many tasks, carrying loads, precisely manipulating objects,...
L'objectif principal ce travail de thèse est la reconnaissance visuelle pour un robot mobile dans de...
In many industrial applications, it is possible to approximate the shape of mechanical parts with ge...
This document concerns service robotics for human assistance. A companion robot will have to manipul...
This document concerns service robotics for human assistance. A companion robot will have to manipul...
This document concerns service robotics for human assistance. A companion robot will have to manipul...
This document concerns service robotics for human assistance. A companion robot will have to manipul...
L'objectif de cette thèse est de concevoir un système automatique constitué d'une ou plusieurs camér...
L'objectif de cette thèse est de concevoir un système automatique constitué d'une ou plusieurs camér...
The main objective of this thesis is visual recognition for a mobile robot in difficult conditions. ...
The main objective of this thesis is visual recognition for a mobile robot in difficult conditions. ...
3D object detection and pose estimation are of primary importance for tasks such as robotic manipula...
International audienceIn this article, we present a general frame for a system of au tomatic modelin...
La reconnaissance d'actions humaines en 3D est une tâche difficile en raisonde la complexité de mouv...
La reconnaissance d'actions humaines en 3D est une tâche difficile en raisonde la complexité de mouv...
Robots are mechanically capable of doing many tasks, carrying loads, precisely manipulating objects,...
L'objectif principal ce travail de thèse est la reconnaissance visuelle pour un robot mobile dans de...
In many industrial applications, it is possible to approximate the shape of mechanical parts with ge...
This document concerns service robotics for human assistance. A companion robot will have to manipul...
This document concerns service robotics for human assistance. A companion robot will have to manipul...
This document concerns service robotics for human assistance. A companion robot will have to manipul...
This document concerns service robotics for human assistance. A companion robot will have to manipul...
L'objectif de cette thèse est de concevoir un système automatique constitué d'une ou plusieurs camér...
L'objectif de cette thèse est de concevoir un système automatique constitué d'une ou plusieurs camér...
The main objective of this thesis is visual recognition for a mobile robot in difficult conditions. ...
The main objective of this thesis is visual recognition for a mobile robot in difficult conditions. ...
3D object detection and pose estimation are of primary importance for tasks such as robotic manipula...
International audienceIn this article, we present a general frame for a system of au tomatic modelin...
La reconnaissance d'actions humaines en 3D est une tâche difficile en raisonde la complexité de mouv...
La reconnaissance d'actions humaines en 3D est une tâche difficile en raisonde la complexité de mouv...
Robots are mechanically capable of doing many tasks, carrying loads, precisely manipulating objects,...
L'objectif principal ce travail de thèse est la reconnaissance visuelle pour un robot mobile dans de...
In many industrial applications, it is possible to approximate the shape of mechanical parts with ge...