Research on multi-objective collaborative control of complex product development in equipment manufacturing industry

Abstract Equipment manufacturing involves the integration of multiple technologies and is a complex product system. In independent innovation systems, development most important way. Multi-objective cooperative control has been applied to various industries with remarkable results. this paper, high quality research products in equipment industry main goal. Inspired by dimensional parameters key structures structure endocrine regulation network, multi-objective collaborative controller consisting speed position coordinator, module hormone discriminator, optimizer, designed. The data from study shows that when [3, 1, 2] are used, velocity parameter 0.7, differential 0.04, output 0.8. force 2, 0.05, 0.7. experiment, navigator makes uniform circular or linear motion [ v 1 , w ] T = [0.06,0.09] . vector forms r 2 d [0.4,0.4] 3 =[−0.1,0.2] ,. Both red curve blue follower appear jittered. experimental curves trajectories illustrate good over vibration shock phenomena occur during as well product. And exhibits tracking performance. It plays role improving industry.