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Active vibration control of periodic disturbance based on the lattice notch filter

机译:基于晶格缺口滤波器的周期性干扰的主动振动控制

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A narrowband active vibration control algorithm with frequency estimator based on lattice notch filter is proposed to suppress the primary signal with multi line spectra. A adaptive iir (infinite impulse response) lattice gradient notch filter was adapted to estimated the frequency of the multi-harmonics buried in the primary signal, then the reference signal is filtered by the adaptive band pass filter. With the reference signal filtered by the adaptive band pass filter, active control algorithm is implemented. Simulations of the frequency estimation of the multi-sinusoidal signal are conducted and simulation results confirm that the proposed algorithm could achieve effective performance when the frequency of the primary disturbance is unknown.
机译:提出了一种基于晶格缺口滤波器的频率估计的窄带主动振动控制算法,抑制了多线光谱的主信号。自适应IIR(无限脉冲响应)格子梯度陷波滤波器适于估计埋在主信号中的多谐波的频率,然后通过自适应带通滤波器过滤参考信号。利用自适应带通滤波器过滤的参考信号,实现了有源控制算法。进行多正弦信号的频率估计的模拟,并且仿真结果证实,当初级干扰的频率未知时,所提出的算法可以实现有效性能。

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