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Fractional order self-tuning control

机译:分数阶自整定控制

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摘要

This paper presents an innovative design method of polynomial control laws by mean of pole placement which are actually smart solutions to many industrial applications. Even if this category of controllers is very popular in industry, most of their applications concern problems of constant reference signals. In this paper, we propose an indirect adaptive controller by fractional order pole placement, and show using a simulation example where this real time fractional order control strategy is applied to an air-lubricated capstan drive for precision positioning the improvement in system's behavior when compared to the classical control scheme with integer order poles.
机译:本文通过杆子放置的平均值提出了一种多项式控制法的创新设计方法,其实际上是许多工业应用的智能解决方案。即使这类控制器在行业中非常受欢迎,他们的大部分应用也涉及恒定参考信号的问题。在本文中,我们通过分数阶杆放置提出了间接自适应控制器,并且使用模拟示例来显示该实时分数阶控制策略应用于空气润滑的绞盘驱动器,以便精确地定位系统行为的提高具有整数磁极的古典控制方案。

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