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Investigation of the Effect of Edge Detection Algorithms in the Detection of Covid-19 Patients with Convolutional Neural Network-Based Features on Chest X-Ray Images

机译:边缘检测算法在胸X射线图像卷积神经网络的卷积神经网络特征检测中的影响

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Early diagnosis of COVID-19 is essential to ensure that treatment can be initiated early and to prevent the disease from spreading to other people. In this paper, a deep learningbased method that uses chest X-ray images from normal, COVID-19 and viral pneumonia patients is proposed to enable automatic detection of COVID-19 patients. In addition, Canny, Roberts, Sobel edge detection methods were applied to the images to determine the lesioned area or the perimeter of the area where they are restricted to examine the effect of deep learning on the classification performance. According to the obtained results, when the created deep learning-based model is used in the original data, the classification performance is 94.44% and the highest is 82.30% when edge detection algorithms are used. In addition, although the Sobel algorithm provides better results than other edge detection methods, it can be seen that the classification performance obtained with the original images is higher.
机译:Covid-19的早期诊断至关重要,以确保可以提前启动治疗并防止疾病扩散给其他人。 本文提出了一种深入的学习方法,涉及来自正常,Covid-19和病毒性肺炎患者的胸X射线图像,以实现Covid-19患者的自动检测。 此外,Canny,Roberts,Sobel边缘检测方法应用于图像以确定损伤的区域或该区域的周边,以检查深度学习对分类性能的影响。 根据所获得的结果,当在原始数据中使用创建的基于学习的模型时,使用边缘检测算法时,分类性能为94.44%,最高为82.30%。 另外,尽管Sobel算法提供比其他边缘检测方法更好的结果,但是可以看出,使用原始图像获得的分类性能更高。

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