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LQG controller design for an industrial boiler turbine

机译:LQG控制器设计工业锅炉涡轮机

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In the present work, a boiler turbine industrial process with two manipulated variables, two controlled variables and some dead time has been considered as a case study. In order to eliminate loop interactions its decoupling is done to two separate SISO systems. Finally, an LQG controller has been designed for it and its performance is compared with that of conventional PID controllers based on Ziegler Nichol's tuning and Internal Model Control (IMC) techniques.
机译:在目前的工作中,具有两个操纵变量的锅炉涡轮工业过程,两个受控变量和一些死区时间被视为案例研究。为了消除循环相互作用,其去耦完成了两个单独的SISO系统。最后,为IT设计了LQG控制器,并将其性能与基于Ziegler Nichol的调谐和内部模型控制(IMC)技术的传统PID控制器进行了比较。

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