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An Identification Method Based on the Improved NLJ Algorithm and Its Application

机译:基于改进的NLJ算法的识别方法及其应用

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摘要

The accurate model is the most important and basic condition for the application of advanced process control, but the conventional methods do not provide satisfactory results in the case of unstable processes. To effectively control these processes, a novel identification method (Model Parameters and Initial States Identification simultaneously in closed loop —MPISI) is proposed. The model parameters and initial states of state equation can be simultaneously identified using this method. The results of simulation and application show that this method has the advantageous of disturbance-rejection and robustness. This method proposes a novel way for the optimization and the advanced control of the process systems.
机译:精确的模型是应用高级过程控制的最重要和基本条件,但是在过程不稳定的情况下,常规方法不能提供令人满意的结果。为了有效地控制这些过程,提出了一种新颖的识别方法(在闭环中同时进行模型参数和初始状态识别—MPISI)。使用该方法可以同时识别模型参数和状态方程的初始状态。仿真和应用结果表明,该方法具有抑制干扰和鲁棒性的优点。该方法为过程系统的优化和高级控制提出了一种新颖的方法。

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