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A Hybrid Alzheimer's Stage Classifier by Kernel SVM, MLP Using Texture and Statistical Features of Brain MRI

机译:通过内核SVM,MLP使用纹理和脑MRI的统计特征的混合阿尔茨海默舞台分类器

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Alzheimer's Sisease (AD) stage classification is carried on 54 numbers of T2-weighted Magnetic resonance Images of different stages. Statistical and textual features collected from Segments of white, gray matter, and cerebral spinal fluid forms as a data frame. Classification of the data is carried by Kernel Support vector machines and multilayer perceptron algorithm. Its result is compared with the proposed classifier using Area Under Curve (AUC), Classification Accuracy (CA), Fl, Precision, and Recall. It is observed that Linear Kernel SVM gives 96.29% of classification accuracy. But Hybrid KSVM classification accuracy is increased to 100%.
机译:Alzheimer的Sisease(AD)阶段分类是在不同阶段的54个T2加权磁共振图像上进行的。从白色,灰质物质和脑脊髓液形成为数据框架的统计和文本特征。数据的分类由内核支持向量机和多层Perceptron算法承载。它的结果与使用曲线(AUC)下的面积,分类精度(CA),FL,精度和召回的面积进行比较。观察到线性核SVM提供96.29%的分类准确性。但混合KSVM分类准确度增加到100%。

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