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首页> 外文期刊>IEEE Transactions on Magnetics >Deterministic methodology stabilizing with SVD and fuzzy inference for crack shapes on ECT by Laplace transform BEM
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Deterministic methodology stabilizing with SVD and fuzzy inference for crack shapes on ECT by Laplace transform BEM

机译:用Laplace变换BEM对ECT上的裂纹形状进行SVD​​稳定和模糊推理的确定性方法

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摘要

In this paper, the deterministic methodology stabilizing with singular value decomposition (SVD) and fuzzy inference is described to solve matrices from inverse problems. Since the stability of the matrices can be known by the condition number derived from the singular value, the regularization parameter or fuzzy inference can be utilized to stabilize them properly. The proposed method is applied to crack shape identification on an eddy current testing (ECT) and the effectiveness of it is discussed.
机译:本文描述了用奇异值分解(SVD)和模糊推理进行稳定化的确定性方法,以解决逆问题中的矩阵。由于可以通过从奇异值得出的条件数来知道矩阵的稳定性,因此可以利用正则化参数或模糊推理来适当地稳定它们。将该方法应用于涡流探伤(ECT)裂纹形状识别,并讨论了其有效性。

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