论文部分内容阅读
序动态矩阵控制(Dynamic Matrix Control,简称 DMC,以下同),已被实践证明是一种成功的计算机控制算法。它充分发挥了计算机给控制工程师提供的手段,甚至经典的传递函数概念和现代的状态空间概念都不需要,就可以设汁出控制程序,取得满意的控制效果。众所周知,前馈凋节能显著提高调节系统的精度。从传统的方法实现动态前馈调节,其规律决定于对象调节通道与扰动通道的传递函数。然而,由于工业过程
Dynamic Matrix Control (DMC) has been proved to be a successful computer control algorithm. It gives full play to the computer to control engineers to provide the means, and even the classical concept of transfer function and the concept of the modern state space are not needed, you can set the juice out of the control program to achieve satisfactory control effect. It is well-known that feed-forward withers can significantly improve the accuracy of the regulatory system. From the traditional method to realize the dynamic feedforward regulation, the rule of which depends on the transfer function of the object regulation channel and the disturbance channel. However, due to industrial processes