摘要
研究的是实际工程系统中模型参数不确定的多变量鲁棒解耦控制方法。其主要目的是为了促进现代先进控制理论在实际工业系统中的应用。首先给出了板带轧机的凸度与厚度系统的模型;分析了参数摄动时的因数与响应:从理论上证明了鲁棒控制设计的同时实现输出反馈解耦的可行性;给出了工程应用中的加权函数选取方法;最后给出了实际工程设计的例子与结果。
The multivariable robust decoupling control method is studied for the uncertain model parameters in practical engineering systems. Its main purpose is to promote the application of modern advanced control theories in the practical industrial system. Firstly, the model of the convexity and thickness of the strip mill is given; The factors and the response are analyzed in parameter perturbation; In theory, the feasibility of the output feedback decoupling is proved; The selection method of weighting functions in engineering applications is given; At the end, the examples and results of practical engineering design are given.
出处
《控制工程》
CSCD
北大核心
2018年第3期380-385,共6页
Control Engineering of China
基金
国家自然科学基金资助(51205018)
管道内侧检测器在线取能装置研制
吉林省科技发展项目(20150204046GX)
关键词
凸度-厚度
混合灵敏度
鲁棒-解耦
加权函数
Crown-thickness
mixed-sensitivity
robust-decoupling
weighting function