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Intelligent classification technique of human brain MRI with efficient wavelet based feature extraction using local binary pattern

机译:基于局部二值模式的基于小波特征提取的人脑MRI智能分类技术

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An intelligent classification technique for MR brain images are extremely important for medical analysis and treatment selection. Manual interpretation of these images by physicians may lead to wrong diagnosis when a large number of MRIs are analyzed. In this paper an automated decision support system for classification is proposed. It consists of computing the uniform LBP with mapping. Haar wavelet is used to extract the coefficients from the image which are reduced by PCA. These features are given as input to the SVM classifier with three different types of kernel. The proposed system is efficient for the classification of brain images into normal or abnormal with a high accuracy of 91.25 for Linear kernal and 86.25 for polynomial kernel.
机译:MR脑图像的智能分类技术对于医学分析和治疗选择极为重要。当分析大量MRI时,医生对这些图像的手动解释可能会导致错误的诊断。本文提出了一种用于分类的自动化决策支持系统。它包括通过映射计算统一LBP。 Haar小波用于从图像中提取通过PCA减少的系数。这些功能作为使用三种不同类型内核的SVM分类器的输入提供。所提出的系统对于将脑图像分类为正常或异常非常有效,线性核的准确度为91.25,多项式核的准确度为86.25。

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