Application of polynomial method in control of time delay systems

Petr Dostil, V. Bobil, Martin TomaStik
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引用次数: 6

Abstract

The paper deals with design of controllers for time delay systems. The method is developed for stable, unstable and integrating time delay systems in conjunction with the approximation of the time delay term. The 2DOF control system configuration is considered. To derive of controllers, the polynomial approach and the pole assignment method are applied. The procedure is proposed for two choices of the characteristic polynomial of the closed-loop. The resulting controller obtained via polynomial Diophantine equations is stable and proper. The simulation results document a usability of the proposed method providing stable control responses of a good quality also for a higher ratio between the time delay and the time constant of the controlled system
多项式方法在时滞系统控制中的应用
本文研究了时滞系统的控制器设计。针对稳定、不稳定和积分时滞系统,结合时滞项的逼近,提出了该方法。考虑了二自由度控制系统的配置。采用多项式法和极点配置法来推导控制器。给出了闭环特征多项式的两种选择方法。通过多项式丢番图方程得到的控制器是稳定的、合适的。仿真结果证明了所提方法的可用性,并且在被控系统的时间延迟与时间常数之间具有较高的比率时,提供了稳定的控制响应
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