基于人工智能的新型冠状病毒诊断与检测研究进展

Suhad Hussein Jasim
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引用次数: 0

摘要

在过去的一年里,冠状病毒受到了研究人员和医学科学家的广泛关注。利用现实世界中的人工智能网络和模型,了解和诊断新冠肺炎,是医务人员防止新冠病毒快速传播的一项重要任务。本文对近年来有关该病毒检测的论文作一简要综述;大多数用于检测和诊断COVID-19的方案依赖于胸部x射线,一些方案依赖于呼吸声,并通过使用心电图(ECG)追踪图像,所有这些方案都基于人工神经网络进行COVID-19的早期筛查和估计人体流动性以限制其传播。在一些研究中,获得的准确率超过95%,这是一个可接受的值,可以在诊断中依赖。因此,目前筛查检测在诊断严重急性呼吸综合征冠状病毒患者的准确性和可靠性方面都较好,最常用的检测方法往往是(RT-PCR)。
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A Review of COVID-19 Diagnosis and Detection Using Artificial Intelligence
Coronavirus has received widespread attention from the community of researchers and medical scientists in the past year. Deploying based on Artificial Intelligence (AI) networks and models in real world to learn about and diagnose COVID-19 is a critical mission for medical personnel to help preventing the rapid spread of this virus. This article is a brief review of recent papers concerning about detection of the virus; most of the schemes used to detect and diagnose COVID-19 rely on chest X-Ray, some on sounds of breathing, and by using electrocardiogram (ECG) trace images, all these schemes based on artificial neural network for early screening of COVID-19and estimating human mobility to limit its spread. In some studies, an accuracy rate that was obtained exceeded 95%, which is an acceptable value and that can be relied upon in the diagnosis. Therefore, currently screening tests are better in terms accuracy and reliability for diagnosing patients with severe and acute respiratory syndrome coronavirus, frequently the most used test is the (RT-PCR).
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