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Performance Analysis of Contourlet Features with SVM Classifier for the Characterization of Atheromatous Plaque in Intravascular Ultrasound Images

机译:SVM分类器Contourlet特征在血管内超声图像中表征斑块的性能分析

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Medical Image Processing has full-fledged in recent years and demands high accuracy since it deals with human creature. Artificial intelligent is one of the techniques used in this field which aims to reduce human error as much as possible. Hence, in this work, the local characterization of atheromatous plaque is proposed using the feature vector which includes the texture features extracted from the sub bands of third level contourlet transform. The extracted feature vectors are inputted to the SVM Classifier. The classifier differentiates each pixel in the IVUS image as Fibrotic, Lipidic and Calcified plaque tissues. The pixel based classification performance is assessed in terms of sensitivity, specificity and accuracy. The time taken to obtain the average accuracy of 95.92% is about 2 seconds under testing condition
机译:近年来,医学图像处理技术已经成熟,由于它处理人类生物,因此要求高精度。人工智能是该领域中使用的技术之一,旨在尽可能减少人为错误。因此,在这项工作中,提出了使用特征向量对动脉粥样斑块进行局部表征的方法,该特征向量包括从第三级轮廓波变换的子带中提取的纹理特征。所提取的特征向量被输入到SVM分类器。分类器将IVUS图像中的每个像素区分为纤维化,脂质和钙化斑块组织。基于像素的分类性能根据敏感性,特异性和准确性进行评估。在测试条件下,获得95.92%的平均精度所需的时间约为2秒

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