The study of DMC-PID algorithm in the application of photoelectric tracking system

Y. Xiaojun, Wang Yaohui, Chen Er-rui, Zhang Sha, Lian Xuezheng
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引用次数: 2

Abstract

Comparing with typical closed loop PID control strategy, dynamic matrix control (DMC) strategy performs well in tracking system and could also be directly applied to plant model with time-delay, however its ability of anti-interference is much weaker than typical PID control strategy. In this paper, DMC-PID cascade control strategy is proposed combined with the advantages of these two algorithms and was simulated in a uniaxial DC servo system in order to shorten the time-delay and enhance the stability of the system. The simulated results show that this double control strategy does much better than typical PID algorithm especially in tracking property, accuracy, robustness.
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DMC-PID算法在光电跟踪系统中的应用研究
与典型的闭环PID控制策略相比,动态矩阵控制(DMC)策略在跟踪系统中表现良好,也可直接应用于具有时滞的对象模型,但其抗干扰能力远弱于典型的PID控制策略。本文结合这两种算法的优点,提出了DMC-PID串级控制策略,并在单轴直流伺服系统中进行了仿真,以缩短系统的时滞,增强系统的稳定性。仿真结果表明,该双控制策略在跟踪性能、精度、鲁棒性等方面明显优于典型的PID算法。
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