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Multifractal analysis based on discrete wavelet for texture classification: Application to medical magnetic resonance imaging

机译:基于离散小波的多重分形纹理分类:在医学磁共振成像中的应用

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We show the relevance of multifractal analysis for some problems in image. This paper deals the characterization of brain tumor in magnetic resonance imaging. We introduce a declination of wavelet Leaders that recently been shown to provide practioners with a robust and efficient tool for the multifractal analysis of signals and images. We calculated new multiresolution parameters called average of wavelet coefficient and the log-cumulate derived from the wavelet leaders and we have solved the problem posed by the choice of interval regression that enters in the calculation of different parameters (h(q), D(q), ζ(q)). We analyze and compare our estimator and simulated image against wavelet leaders. We apply the approach developed on different cerebral images in order to distinguish between different tissues corresponding to the healthy and pathological.
机译:我们展示了多重分形分析对于图像中某些问题的相关性。本文探讨了磁共振成像中脑肿瘤的表征。我们介绍了小波前导的偏差,最近证明它可以为从业者提供强大而有效的工具,用于信号和图像的多重分形分析。我们计算了新的多分辨率参数,称为小波系数平均值,以及从小波前导导出的对数累计,并解决了选择区间回归所带来的问题,该区间回归进入了计算不同参数(h(q),D(q ),ζ(q))。我们分析和比较我们的估计器和模拟图像与小波领导者。我们将在不同的大脑图像上开发的方法应用于区分与健康和病理相对应的不同组织。

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