PI controller design for network control system based on minimum entropy control

Xinlan Guo, Tao Li, Hongxia Zhao
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Abstract

This paper designs PI controller which is easy to operate in an actual random framework for NCS, for nonlinear ARMAX model is difficult to achieve in the practical application. Based on the nature of the network control system is a random system and PI controller design is easy to operate in an actual random framework for NCS, the iterative learning ideas to batch control system output probability density function, so that the output probability density function of the system with increasing batch tracking a given probability density function. In order to achieve the NCS system of tracking error probability density function control, this paper introduces the minimum entropy control algorithm.
基于最小熵控制的网络控制系统PI控制器设计
针对实际应用中难以实现的非线性ARMAX模型,本文设计了一种易于在实际随机框架下操作的PI控制器。为了实现NCS系统的跟踪误差概率密度函数控制,本文引入了最小熵控制算法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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