王昌银, 王应建, 林建亚. 机器人电液伺服关节的仿人智能控制实践[J]. 机器人, 1990, 12(5): 25-29..
WANG Changyin, WANG Yinjian, LIN Jianya. INTELLIGENT CONTROL OF ELECTRO-HYDRAULIC SERVO SYSTEM. ROBOT, 1990, 12(5): 25-29..
Abstract：In order to solve dynamic control problem of joint type servo robot and to fulfill the desired response re-quirements, this paper proposes an improved new algorithm which relies on the fundamental thought of intelli-gent controler. In aiming at the electro-hydraulic position servo system of a varnish spraying robot we had donecomputer simulation and real time control research using this new algorithm. The effectiveness of this newalgorithm has been proved by our experiment.
1 Vickcr J J. Dynamic force analysis of spatial linkages. ASME Paper, No. 66, Mach-1,1967 2 Frcund E. The structure of decoupled non-linear systems. Int J Control, 1975;21(3) 3 Schcinman V D. Design ofa computerconirolled manipulators. Stanford Artificial Intelligence Project Memo, AJM-92, 1969 4 Paul R. Modelling, trajectory and servoing of a computer controlled arm. Stanford AIL, AIM-177, STANCS, 72/311, 1972 5 Wang Z. Pressure feedback compensation for hydraulic servo mechanisms which drive articulated robot. Instruments and Apparatus Proc. of Int Sys, Shanghai,1983 6 Albus J S. A new approach to manipulator control the cerebellum model articulations controller. Trans ASME J DSMC,1975;97(9):220-225 7 Albus J S. A robot conditioned reflex system modeled after the cercbelium. Proc Fall Joint Computer Conf. V. XLI, 1972,1095-1104 8 ZHOU Q J, BAI J K. An intelligent controller of novel design. Proc of a Mulli-National Instrumentlon Conference, Part1.Shanghai, 1983:137-149 9 ZHOU Q J. The robostness of an intelligent controller and its performance. International Conferonce-Control'85, IEEE Conference Publication, 1985:429-433 10 周其鉴,李祖枢,陈民铀.智能控制及其展望综述.信息与控制:1987;16(2) 11 杨志.常规控制的智能化研究.重庆大学研究生论文.1987 12 赵福良.林建亚.具有死区特征的电液位置伺服系统的自适应控制.浙江大学学报,1988(增刊)
