This work presents an innovative approach to a common task on robotics: grasping a set of objects. Autonomously grasping a previously unknown object still remains a challenging problem. This Thesis presents a new framework, inspired by the classical sense-model-act architecture and the knowledge processing of Cognitive Robotics. The framework tries to generalize the grasping task t
Abstract — Robotic grasping of a target object without advance knowledge of its three-dimensional mo...
Abstract — In this paper we describe a cognitive architecture for humanoids interacting with objects...
One of the main challenges in the field of robotics is to build machines that can function intellige...
Industrial automation requires robot dexterity to automate many processes such as product assembling...
Abstract — There are many situations in which an object that needs to be grasped is not graspable, b...
Due to copyright restrictions, the access to the full text of this article is only available via sub...
Abstract. Interacting with unknown objects, and learning and produc-ing effective grasping procedure...
Grasping is an essential component for robotic manipulation and has been investigated for decades. P...
International audienceThe purpose of this study is to propose a new tool to define the posture of a ...
"Grasping is a fundamental element of robotics which has seen great advances in hardware and enginee...
Robots are nowadays increasingly required to deal with (partially) unknown tasks and situations. The...
Grasping an object is a task that inherently needs to be treated in a hybrid fashion. The system mus...
Models and methods are presented which enable a humanoid robot to learn reusable, adaptive grasping ...
Grasping unfamiliar objects (unknown during training) based on limited prior knowledge is a challeng...
A learning‐based approach to autonomous robot grasping is presented. Pattern recognition techniques ...
Abstract — Robotic grasping of a target object without advance knowledge of its three-dimensional mo...
Abstract — In this paper we describe a cognitive architecture for humanoids interacting with objects...
One of the main challenges in the field of robotics is to build machines that can function intellige...
Industrial automation requires robot dexterity to automate many processes such as product assembling...
Abstract — There are many situations in which an object that needs to be grasped is not graspable, b...
Due to copyright restrictions, the access to the full text of this article is only available via sub...
Abstract. Interacting with unknown objects, and learning and produc-ing effective grasping procedure...
Grasping is an essential component for robotic manipulation and has been investigated for decades. P...
International audienceThe purpose of this study is to propose a new tool to define the posture of a ...
"Grasping is a fundamental element of robotics which has seen great advances in hardware and enginee...
Robots are nowadays increasingly required to deal with (partially) unknown tasks and situations. The...
Grasping an object is a task that inherently needs to be treated in a hybrid fashion. The system mus...
Models and methods are presented which enable a humanoid robot to learn reusable, adaptive grasping ...
Grasping unfamiliar objects (unknown during training) based on limited prior knowledge is a challeng...
A learning‐based approach to autonomous robot grasping is presented. Pattern recognition techniques ...
Abstract — Robotic grasping of a target object without advance knowledge of its three-dimensional mo...
Abstract — In this paper we describe a cognitive architecture for humanoids interacting with objects...
One of the main challenges in the field of robotics is to build machines that can function intellige...