Hospitalization Priority of COVID-19 Patients using Machine Learning

Labdhi Jain, K. Gala, Dhruv Doshi
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Abstract

With each new wave of COVID-19, the number of patients requiring hospital beds increases, and as we have observed from our previous experiences, a lot of people have lost lives because of the unavailability of hospital beds at the right time. Hence this paper aims to resolve such a situation by the prioritization of patients using machine learning algorithms. Prioritization of patients at a hospital is the process of ordering or ranking patients based on various factors, to make a fair decision about which patient is in utmost need of care. This paper studies the different algorithms like Decision Tree Classifier, Naive Bayes and KNeighbors Classifier with which such a system could be made to predict the severity of patients and finally proposes a fair and efficient system to rank COVID-19 patients based on their severity.
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基于机器学习的COVID-19患者住院优先级
随着新一波COVID-19的爆发,需要医院床位的患者数量增加,正如我们从以前的经验中观察到的那样,许多人因为在正确的时间无法获得医院床位而失去生命。因此,本文旨在通过使用机器学习算法对患者进行优先排序来解决这种情况。医院对患者进行优先排序是根据各种因素对患者进行排序或排名的过程,以公平地决定哪些患者最需要护理。本文研究了决策树分类器(Decision Tree Classifier)、朴素贝叶斯(Naive Bayes)和KNeighbors分类器(KNeighbors Classifier)等不同的算法对患者的严重程度进行预测,最终提出了一个公平高效的基于严重程度对COVID-19患者进行排名的系统。
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