集中式PI/PID控制器的设计:交互测量方法

G. Malwatkar, A. Khandekar, V. G. Asutkar, L. Waghmare
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引用次数: 4

摘要

由于输入和输出之间的相互作用和耦合,多变量系统的控制器设计一直是一个难题。控制系统设计涉及输入/输出(IO)选择,即决定执行器和传感器的数量、位置和类型。输入和输出的选择影响控制系统的性能、复杂性和成本。在大多数多变量系统中,控制器的设计是通过将多回路系统分解成多个等效的单回路,并为每个回路设计一个控制器来实现的。控制器的成功取决于输入输出对,因为它决定了控制器的结构。本文在不分解多变量系统的情况下,讨论了具有时滞的多变量过程控制器的设计规则和整定过程。通过多变量控制器设计的实例验证了该方法的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of Centralized PI/PID Controller: Interaction Measure Approach
Controller designs of multivariable systems are always difficult due to interactions and coupling between inputs and outputs. Control system design involves input/output (IO) selection, that is, decisions on the number, the place, and the type of actuators and sensors. The choice of inputs and outputs affects the performance, complexity, and cost of the control system. In most of the multivariable systems controllers are designed by decomposing multi-loop systems into a number of equivalent single loops and design of a controller for each loop is performed. The success of controller depends on the input output pairing as it decides the structure of the controller. In this paper design rules and tuning procedure of the controller for multivariable process with delay time are discussed without decomposing multivariable system. An example, for which the proposed method of design of multivariable controller is employed to show its effectiveness.
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