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A Novel Medical Image Dynamic Fuzzy Classification Model Based on Ridgelet Transform

机译:基于脊波变换的医学图像动态模糊分类模型

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Medical image classification as an important researchtopic both in image processing and biomedical engineering. Theridgelet transform has good directional selective ability to locallyand sparsely in representing the image compared with thetraditional wavelet transform. This paper proposes a novelclassification model for medical image, which is using ridgelettransform and dynamic fuzzy theory. Firstly, the image wasdecomposed by digital ridgelet transform to obtain theapproximation coefficients and detailed coefficients in differentsub-bands with directional parameters. Then the dynamic fuzzytheory was applied to construct a membership function tocalculate coefficients from each sub-bands respectively, and aweight of sub-bands degree was adjust by precision requirement.At last similarity degrees are calculated by coefficients degreeand weight. Medical images were classified by the result sortorder of the degrees effectively.
机译:医学图像分类是图像处理和生物医学工程中的重要研究课题。与传统的小波变换相比,小波变换在局部和稀疏表示图像方面具有良好的方向选择性。提出了一种基于脊波变换和动态模糊理论的医学图像分类模型。首先,通过数字脊波变换对图像进行分解,得到具有方向性参数的不同子带中的近似系数和详细系数。然后运用动态模糊理论构造隶属函数分别计算每个子带的系数,并根据精度要求调整子带度的权重,最后通过系数度和权重计算相似度。有效地按照程度的结果排序顺序对医学图像进行分类。

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