arXivDaily arXiv每日学术速递 周一至周五更新
arXiv 2009.05481cs.SIphysics.soc-ph
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用于评估和预测封锁政策对COVID-19案例影响的深度学习模型

A deep-learning model for evaluating and predicting the impact of lockdown policies on COVID-19 cases

Ahmed Ben Said, Abdelkarim Erradi, Hussein Aly, Abdelmonem Mohamed

摘要:

为减少COVID-19疫情的影响,大部分国家已实施多项应对措施以控制病毒传播,包括关闭学校及边境、关闭公共交通及工作场所以及限制集会。在这项研究工作中,我们提出了一个深度学习预测模型,用于评估和预测各种封锁政策对日常COVID-19病例的影响。这是通过首先对具有类似封锁政策的国家进行聚类,然后根据每个聚类中国家的日常案例以及描述其封锁政策的数据训练预测模型来实现的。一旦模型经过训练,它就可以用来评估与封锁政策相关的几种情况,并调查它们对预测的COVID病例的影响。我们的评估实验,卡塔尔作为一个用例进行,表明所提出的方法实现了竞争力的预测精度。此外,我们的调查结果强调,解除限制,特别是对学校和边境开放的限制,将导致研究期间病例数量的显着增加。

英文摘要:

To reduce the impact of COVID-19 pandemic most countries have implemented several counter-measures to control the virus spread including school and border closing, shutting down public transport and workplace and restrictions on gathering. In this research work, we propose a deep-learning prediction model for evaluating and predicting the impact of various lockdown policies on daily COVID-19 cases. This is achieved by first clustering countries having similar lockdown policies, then training a prediction model based on the daily cases of the countries in each cluster along with the data describing their lockdown policies. Once the model is trained, it can used to evaluate several scenarios associated to lockdown policies and investigate their impact on the predicted COVID cases. Our evaluation experiments, conducted on Qatar as a use case, shows that the proposed approach achieved competitive prediction accuracy. Additionally, our findings highlighted that lifting restrictions particularly on schools and border opening would result in significant increase in the number of cases during the study period.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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