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A new update rule to design Iterative Learning Controller using current cycle parameters and system dynamics

机译:使用当前周期参数和系统动力学设计迭代学习控制器的新更新规则

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We propose a new Iterative Learning Controller (ILC) algorithm based on M. Pandit and D. Andress [3] and Niels Johannes Maria Bosch [10] considering the current cycle parameters and some part of the system dynamics. We have selected a Single Inverted Pendulum — which is multivariable and highly unstable system, as a control object to demonstrate the effectiveness of the proposed ILC algorithm. The test results of proposed ILC algorithm are compared with the other implementations such as LQR (non-learning), Lifted ILC and ILC algorithm suggested by M. Pandit and D. Andress [3]. The results show that the proposed algorithm gives much better control as compared to LQR, Lifted ILC algorithm and there is a significant improvement in the settling time as compared to ILC algorithm given by M. Pandit and D. Andress [3].
机译:考虑到当前循环参数和系统动力学的某些方面,我们提出了一种基于M. Pandit和D. Andress [3]和Niels Johannes Maria Bosch [10]的新的迭代学习控制器(ILC)算法。我们选择了一个多变量且高度不稳定的系统“单倒立摆”作为控制对象,以证明所提出的ILC算法的有效性。将提出的ILC算法的测试结果与M. Pandit和D. Andress [3]提出的其他实现方案(例如LQR(非学习),提升的ILC和ILC算法)进行比较。结果表明,与LQR,Lifted ILC算法相比,该算法具有更好的控制效果;与M. Pandit和D. Andress [3]给出的ILC算法相比,建立时间有了显着改善。

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