利用CNN胸部x射线检测COVID

Manpreet Singh, Prerna Agarwal, P. Shrivastava, Harpreet Kaur
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引用次数: 0

摘要

自冠状病毒出现以来,共有47.6亿人感染,611人死亡。但它仍在继续,并在世界各地蔓延。许多卫生工作者、研究人员、专家和科学家正在努力减缓其速度,并努力评估检测它的技术。为此,非常需要了解病毒及其版本。它是SARS(严重急性呼吸系统综合症)的一部分。检测COVID有多种方法,但使用胸部x射线,我们能够减少检测时间和成本。要评估胸部x光我们需要放射科医生。因此,在这里,我们开发了一个模型来识别COVID x射线和普通x射线。如今,深度学习算法在分类方面产生了最好的结果。使用大数据集进行预训练的CNN模型更适合用于图像分类。首先,我们的模型需要进行训练,然后进行测试,以识别任意一种情况下的x射线图像。从逻辑上讲,我们必须找到最好的CNN模型进行诊断。
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Detecting COVID using CNN from Chest X-Beams
Since inception of Corona Virus, 47.6 Cr. individuals got infected and 61L deaths occurred. Still it’s going on and spreading across the world. Many health workers, researchers, experts, scientists are making efforts to slow down its pace & putting efforts in evaluating the techniques to detect it. For this, it is highly required to understand the virus & its versions. It is a part of SARS – Severe acute respiratory syndrome. To detect COVID, there are numerous ways but using Chest X-beams we are able to reduce the detection time and cost. To evaluate the Chest X-beams we need radiologists. So here, we develop a model to identify COVID X-beam in comparison to Normal X-beam. These days DL algo’s are producing best results in classification. A pre-trained CNN models using large datasets is to preferred for image classification. Firstly our models need to be trained and then tested to recognize the images of X-beams of one of the either case. Logically we have to locate the best CNN model for diagnosis.
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