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Active noise cancellation with a fuzzy adaptive filtered-X algorithm

机译:用模糊自适应滤波X算法消除主动噪声

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The authors present a fuzzy adaptive filtered-X algorithm for active noise cancellation (ANC) in ducts, using fuzzy rules to construct an anti-noise filter to cancel out the undesired noise. Complex acoustic plant models, such as those used in conventional ANC systems, can be disregarded in the proposed fuzzy technique. As a new method for ANC, the proposed system tunes the free parameters automatically and changes the IF-THEN rules adaptively to minimise the residual noise as new information becomes available. Hence, the proposed algorithm can be easily constructed at the beginning, and the complexity of building an ANC system can be reduced. Direct numerical simulations demonstrate the effectiveness of the proposed design
机译:作者提出了一种用于管道中主动噪声消除(ANC)的模糊自适应Filtered-X算法,它使用模糊规则构造了一个抗噪声滤波器以消除不希望的噪声。所提出的模糊技术可以忽略复杂的声学工厂模型,例如在常规ANC系统中使用的模型。作为一种用于ANC的新方法,提出的系统会自动调整自由参数并自适应地更改IF-THEN规则,以在可获得新信息时将残留噪声降至最低。因此,所提出的算法可以在一开始就容易地构造,并且可以减少构造ANC系统的复杂性。直接数值模拟证明了所提出设计的有效性

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