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Real-time frequency estimation for sinusoidal signals with application to robust fault detection

机译:正弦信号的实时频率估计及其在鲁棒故障检测中的应用

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This paper has investigated the problem of estimating unknown frequencies of a given sinusoidal signal with disturbances and noises, as well as its usages for fault detection. On the basis of a parametric linear model of the signal, a gradient estimator with leakage is adopted to identify the frequencies. The estimation mechanism is applied to fault detection, as it achieves not only the tolerance to disturbances but also the sensitivity to faults. Simulations verify the feasibility and capability of the frequency identifier for estimating frequencies and detecting faults. Copyright.
机译:本文研究了估计带有干扰和噪声的给定正弦信号的未知频率的问题,以及其在故障检测中的用途。在信号的参数线性模型的基础上,采用带有泄漏的梯度估计器来识别频率。估计机制应用于故障检测,因为它不仅可以实现对干扰的容限,而且还可以实现对故障的敏感性。仿真验证了频率识别器用于估计频率和检测故障的可行性和能力。版权。

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