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 to

A Cloud based Reinforcement Learning Framework for humanoid grasping

Gatto Castro, Alejandro
2016/2017

Abstract

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 to
2016-07-11
cloud robotics, humanoid robot, reinforcement learning
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/26497