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A Study on Fluid based Retinal abnormalities Analysis from OCT Images using SVM Classifier

机译:使用SVM分类器从OCT图像中进行基于液的视网膜异常分析的研究

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Blindness is one of the most commonly occurring diseases in human. The reason being abnormality in the various layers of retina due to abnormal amount of fluid either excess accumulation or deficit. This paper aims at identifying and evaluating the such abnormality in the retinal layers by using classifier to diagnose the abnormality that may serve as prior stages to blindness. SVM Classifier was evaluated for around 114 images extracted from OCT Modality with common features using MATLAB. The SVM classifier was designed and evaluated to classify the input images as Normal and Abnormal, based on which the sensitivity and specificity were estimated to evaluate the system performance. Abnormalities taken into consideration are Cystoid Macular Edema (CME), Choroidal Neo Vascular Membrane (CNVM) and Macular Hole (MH) images for classification. The overall performances prove that the proposed system has an accuracy of 87.98%, say with sensitivity and specificity of 87.50% and 88.46% respectively.
机译:失明是人类中最常见的疾病之一。原因是由于过多的积液或不足的异常量的液体导致视网膜各层异常。本文旨在通过使用分类器来诊断和评估可能是失明的前期阶段的异常,来识别和评估视网膜层中的此类异常。使用MATLAB从SCT分类器评估了从OCT Modality提取的约114张具有共同特征的图像。设计并评估了SVM分类器,以将输入图像分类为正常图像和异常图像,并以此为基础来评估灵敏度和特异性以评估系统性能。考虑的异常是用于分类的膀胱黄斑水肿(CME),脉络膜新血管膜(CNVM)和黄斑孔(MH)图像。总体性能证明,所提出的系统的准确度为87.98%,灵敏度和特异性分别为87.50%和88.46%。

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