Abstract:Industrial robots are characterized by nonlinear couplings between the variablesof motion.If for the arm of robot rapid motion and high accuracy is required,thesecouplings,can not be ignored.The methcd of optimal decoupling control is pressented which is easy to realizeand good in real time ability.Finally,some digital simulation results are shown.
[1] Yonemoto K,Robotization and its future outlook in lapan,Proceedings of the 14th ISIR,1984: 733-738
[2] Pieper D L, The kinematics of manipulators under computer control,PhD Dssertation,Stanford University, 1968
[3] Paul R,Modelling trajectory calculation and servoing of a computer controlled arm, PhD Dissertztion,Stanford University,1972
[4] Kahn M E,Roth B,The near-minimum-time control of openloop articulated kinematic chains,J of Dynamic Systems, Measurement and Control-Trans ASME,1971;164-172
[5] Whitney D E,Resolved motion rate control of manipulator and human prostheses,IEEE Trans on Man-Machine Systems, 1969;47-53
[6] Le Borgne M,Ibarra I M,Espiau B,Adaptive control of high velocity manipulators,Proc 11th ISIR lssl;1981-236
[7] Takegaki M,Arimoto S,An adaptive trajectory control of manipulators, Int J Control, 1981;34(2);219-230
[8] Balestrino A, De Maria G,Sciavicco L, Adaptive control of manipulators in the task oriented space,Proc 13th ISIR 1983
[9] Freund E, The structure of decoupled non-linear systems, Int I Control, 1975y21(3): 443-450
[10] Freund E,Hoyer H,Das Prinzip nichtlinearer Systementkopplung mit der Anwendung auf Iadustrieroboter, Regelungstechnik, 19s01 28(3)a 80-87,28(4): 116-126