In this paper, we discuss the problem of how a free-floating space manipulator (SM) can be mapped to a conventional, fixed-base manipulator which preserves its dynamic and kinematic properties, and thus is called dynamically equivalent manipulator (DEM). The DEM concept allows one to use a conventional manipulator system to simulate a free-floating space manipulator connected to a space station, spacecraft, or satellite, without complicated experimental set-ups. This paper presents the theoretical development of the DEM concept, and demonstrates its dynamic and kinematic equivalence to the SM.
['Bin Liang', 'Yangsheng Xu', 'Marcel Bergerman']
Dynamically equivalent manipulator for space manipulator system. 1