Detecting Abnormality on Coronary Artery Image by Extracted Edges to Deep Learning

Le Nhi Lam Thuy, Quang Ngoc Trieu, P. Bao, Truong Dat Nhan
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引用次数: 1

Abstract

Abnormalities in the coronary arteries are one of the causes of Coronary Artery Disease (CAD), which is the most harmful fatal disease in the world. To diagnose CAD, it requires a good doctor to have a lot of experience as well as a lot of time to consider. We found that after coronary segmentation, the coronary edges would not be good to identify abnormalities. We propose to improve by extracting coronary artery edges and then using the vessel wall browsing algorithm to locate abnormalities on the blood vessels [1], this improved algorithm reached 74.9% (it is better than the original method is 71.4%). The second method, the deep learning method, we apply a convolutional neural network (CNN) model to classify a coronary image is normal or abnormal. Experiment results from our private dataset show that our methods have an accuracy of 75.4%.
基于深度学习提取边缘的冠状动脉图像异常检测
冠状动脉异常是冠状动脉疾病(CAD)的病因之一,是世界上危害最大的致命疾病。要诊断CAD,需要一个有丰富经验的好医生以及大量的时间来考虑。我们发现冠状动脉分割后,冠状动脉边缘不能很好地识别异常。我们提出通过提取冠状动脉边缘,然后使用血管壁浏览算法进行血管异常定位的改进方法[1],改进后的算法达到74.9%(优于原方法的71.4%)。第二种方法是深度学习方法,我们应用卷积神经网络(CNN)模型对冠状动脉图像进行正常或异常分类。在我们的私有数据集上的实验结果表明,我们的方法的准确率为75.4%。
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