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Adaptive and H#x221E; control of a strong acid — Strong base system

机译:强酸强基础系统的自适应和H∞控制

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pH neutralization is recognized as a difficult control problem in terms of practical control. The difficulties arise from high process nonlinearity and from changes in the pH characteristics due to changes in influent concentration. Various techniques have been developed to control the process pH. This paper considers both adaptive and H controllers for pH regulation and mainly emphasize on the simulation study of a strong acid-strong base pH process and its controls. The adaptive controller under consideration is a combined feedback-feed forward controller while the H controller is a feedback controller. For random input disturbance with large variations, H controller outperforms the adaptive controller. But for step disturbance the adaptive controller shows good response. Simulation results confirm that a robust control of the process is achievable for both adaptive and H controllers.
机译:在实际控制方面,pH中和被认为是困难的控制问题。由于流动浓度的变化,从高过程非线性和pH特性的变化产生的困难。已经开发了各种技术来控制过程pH。本文考虑了适应性和H 控制器,用于pH调节,主要强调强酸强碱pH过程的模拟研究及其对照。正在考虑的自适应控制器是组合反馈 - 前馈控制器,而H 控制器是反馈控制器。对于具有大变型的随机输入干扰,H 控制器优于自适应控制器。但是对于步骤扰动,自适应控制器显示出良好的反应。仿真结果证实,适用于Adaptive和H 控制器,可实现对该过程的鲁棒控制。

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