摘要
针对广义预测控制在冷连轧张力中受到的实时性限制 ,直接给出Diophantine方程的求解公式及证明 ,以避免其在线递推求解 ,大大减少了广义预测控制器的运算负荷 ,有利于其在快速系统中的应用 .仿真研究表明 ,该方法能大大缩短在线运行时间 。
For the real time restriction of generalized predictive control in tandem cold?mill tension control systems,a set of directive solution formulae of Diophantine equation and proof are presented,which avoids recursive computation on line and decreases the burden of the generalized predictive controller in computation.It is also in favor of its application to fast systems.The simulation shows that our method can save running time online sharply.So the applied potentiality of generalized predictive control is exhibited.
出处
《鞍山科技大学学报》
CAS
2000年第5期341-346,共6页
Journal of Anshan University of Science and Technology
