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为了弥补可拓控制器对于处理渐变和量变问题上的不足,对经典域进行可拓变换,将模糊PID控制策略引入其中,构成一种可拓模糊PID控制器。互补了两者的优势,同时具有自整定的能力。并以染整工艺中双电机的同步传动系统为被控对象进行了仿真研究,结果表明这种控制器对于改善系统的动态性能有优良作用,并具有广泛的适用范围。
In order to make up for the shortage of the extension controller for dealing with the gradual and quantitative problems, the classic domain is transformed and the fuzzy PID control strategy is introduced into it to form an extension fuzzy PID controller. Complement the advantages of both, while self-tuning capabilities. The simulation research on synchronous motor driven by synchronous motor in dyeing and finishing process shows that this controller has a good effect on improving the dynamic performance of the system and has a wide range of application.