Home /Research /An Active Stereo Vision-Based Learning Approach for Robotic Tracking, Fixating and Grasping Control
MANIPULATION

An Active Stereo Vision-Based Learning Approach for Robotic Tracking, Fixating and Grasping Control

Nanfeng Xiao, Saeid Nahavandi

Year
2005
Citations
3
Access
Open access

Abstract

The following conclusions are drawn from the above experiments: (1) There exist many-to-one mapping relationships between the joint angles of the active stereo vision system and the spatial representations of the object in the workspace frame. (2) ART_NN and FF_NN can learn the mapping relationships in an invariant manner to the changing joint angles. The vision and joint angle signals of the active vision system corresponding to the object correspond to the same spatial representation of the object. 181

Keywords

Active visionArtificial intelligenceComputer visionGRASPWorkspaceComputer scienceStereopsisFeed forwardArtificial neural networkFrame (networking)

Related papers

Browse all MANIPULATION papers