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Simplified Optimization Routine for Tuning Robust Fractional Order Controllers

机译:调整鲁棒分数阶控制器的简化优化例程

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Fractional order controllers have been used intensively over the last decades in controlling different types of processes. The main methods for tuning such controllers are based on a frequency domain approach followed by optimization routine, generally in the form of the Matlab fminsearch, but also evolving to more complex routines, such as the genetic algorithms. An alternative to these time consuming optimization routines, a simple graphical method has been proposed. However, these graphical methods are not suitable for all combinations of the imposed performance specifications. To preserve their simplicity, but also to make these graphical methods generally applicable, a modified graphical method using a very straightforward and simple optimization routine is proposed within the paper. Two case studies are presented, for tuning fractional order PI and PD controllers.
机译:在过去的几十年中,分数阶控制器已广泛用于控制不同类型的过程。调整此类控制器的主要方法基于频域方法,后跟优化例程,通常以Matlab fminsearch的形式出现,但也演变为更复杂的例程,例如遗传算法。除了这些耗时的优化例程,还提出了一种简单的图形方法。但是,这些图形方法不适用于所强加的性能规范的所有组合。为了保持其简单性,并使这些图形方法普遍适用,在本文中提出了使用非常简单明了的优化例程的改进图形方法。提出了两个案例研究,用于微调分数阶PI和PD控制器。

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