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Slow resonance ratio control for vibration suppression and disturbance rejection in torsional system

机译:慢共振比控制,用于扭转系统的振动抑制和干扰抑制

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摘要

In the resonance ratio control, which the authors proposed for vibration suppression and disturbance rejection in a torsional system, the estimation speed of the disturbance observer should have been much faster than the resonance frequency of the controlled system. However, too fast a disturbance observer sometimes causes an implementation problem. In this paper, the authors give the optimal speed of the disturbance observer and propose a novel technique named "slow resonance ratio control". It does not have any fast part in the controller. It also enables us to design the speed control and the vibration suppression control almost completely independently.
机译:在作者提出的用于扭转系统中的振动抑制和干扰抑制的共振比控制中,干扰观测器的估计速度应该比受控系统的共振频率快得多。但是,干扰观察者过快有时会导致实现问题。在本文中,作者给出了干扰观测器的最佳速度,并提出了一种名为“慢速谐振比率控制”的新技术。控制器中没有快速部件。这也使我们几乎完全独立地设计速度控制和减振控制。

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