Space robot is a special robotic system which is expected to perform important tasks in space, like servicing satellites. But any motion of robotic manipulator will disturb its supporting vehicle in space due to the dynamic coupling. Moreover, the evaluating method of manipulability used on ground can not be directly applied to the space robot. A volume element concept is developed to evaluate the manipulability and disturbance of a space robot system. This paper shows the application of volume element method in two-link planar space robot. The volume element method is a new theoretical approach for the research and analysis of space robot system.
Manipulability analysis of a two-link space robot using differential geometry method
Sensors and Systems for Space Applications IV ; 2011 ; Orlando,Florida,United States
Proc. SPIE ; 8044
10.05.2011
Aufsatz (Konferenz)
Elektronische Ressource
Englisch
Manipulability analysis of a two-link space robot using differential geometry method [8044-30]
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