嵌入式模型控制:在卷绕中的应用。第二部分:数字控制

E. Canuto, F. Musso
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引用次数: 3

摘要

将嵌入式模型控制(EMC)方法应用于卷绕控制问题。其核心任务是嵌入式模型的设计,嵌入式模型是控制单元的核心。在另一篇论文中已经构造了绕组电磁。可以显示控制算法的作用,并被设计为EM和工厂命令和输出通道之间的接口。具体来说,输出-电磁接口,即测量律,通过将噪声和被忽略的动力学从模型误差中分离出来,负责更新扰动动力学。在这方面,EMC在利用现代控制理论的同时,显著偏离了传统的基于模型的内模控制设计。详细介绍了电磁兼容在绕组工艺中的应用,并与文献进行了性能比较
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Embedded Model Control: Application to Web Winding. Part II: Digital Control
Embedded model control (EMC) methodology is applied to the Web winding control problem. The central task is the design of the embedded model (EM), which is the core of the control unit. The winding EM has been constructed in a companion paper. Control algorithms can be shown to act and to be designed as interfaces between EM and the plant command and output channels. Specifically the output-to-EM interface, the measurement law, is just in charge of updating the disturbance dynamics, by disentangling noise and neglected dynamics from the model error. In this respect EMC, while exploiting modern control theories, significantly departs from traditional model-based design as internal model control. EMC application to winding process is detailed and the relevant performance is compared to literature
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