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Multivariable Repetitive Sliding Mode Control with Frequency Estimator: Rejection of Sinusoidal Disturbances with Time Varying Frequency

机译:具有频率估计的多变量重复滑动模式控制:随着时间变化频率的抑制正弦扰动

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In this paper a repetitive sliding mode control (RSMC) with frequency estimator for discrete multivariable systems to reject unknown sinusoidal disturbances is proposed. The RSMC can reject only the harmonic disturbances with known frequency. When, this frequency is unknown or varying in time, we use a new strategy based on the combination between the multivariable RSMC and an on-line frequency estimator. The simulation results are satisfactory and show a good performances in terms of tracking reference trajectories in spite of the presence of sinusoidal disturbances with time varying frequency.
机译:在本文中,提出了一种具有用于离散多变量系统的频率估计的重复滑动模式控制(RSMC),以抑制未知正弦扰动。 RSMC只能拒绝具有已知频率的谐波干扰。当此频率及时不明或变化时,我们使用基于多变量RSMC和在线频率估计器之间的组合的新策略。仿真结果是令人满意的,并且尽管存在具有时间变化频率的正弦扰动,但是在跟踪参考轨迹方面令人满意的表现。

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