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The COVID-19 Pandemic Vulnerability Index (PVI) Dashboard: Monitoring County-Level Vulnerability Using Visualization, Statistical Modeling, and Machine Learning

机译:Covid-19 Pandemic漏洞指数(PVI)仪表板:使用可视化,统计建模和机器学习监测县级漏洞

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Expert groups have coalesced around a roadmap to address thecurrent COVID-19 pandemic centered on social distancing, monitoring case counts and health care capacity, and, eventually,moving to pharmaceutical interventions. However, responsibilityfor navigating the pandemic response falls largely on state andlocal officials. To make equitable decisions on allocating resources, caring for vulnerable subpopulations, and implementinglocal- and state-level interventions, access to current pandemicdata and key vulnerabilities at the community level are essential(National Academies of Sciences, Engineering, and Medicine2020). Although numerous predictive models and interactivemonitoring applications have been developed using pandemicrelated data sets (Wynants et al. 2020), their capacity to aid indynamic, community-level decision-making is limited. We developed the interactive COVID-19 Pandemic Vulnerability Index(PVI) Dashboard (https://covid19pvi.niehs.nih.gov/) to addressthis need by presenting a visual synthesis of dynamic informationat the county level to monitor disease trajectories, communicatelocal vulnerabilities, forecast key outcomes, and guide informedresponses (Figure 1).
机译:专家组在路线图上结合了,以解决其在社会疏散,监测案例计数和医疗保健能力上以掌握的Covid-19流行,最终迁至药品干预措施。但是,导航大流行反应的责任在很大程度上落在了国家和本地官员上。为了对分配资源进行公平决定,关注弱势群体,以及实施本地级干预,对社区一级的目前的PandemyDATA和关键漏洞是必不可少的(国家科学院,工程和医学2020学院)。虽然使用Pandemicrelated数据集(Wynants等人)开发了许多预测模型和互动们的应用程序,但它们帮助Indynamic的能力,社区级别决策有限。我们开发了互动Covid-19大流行漏洞指数(PVI)仪表板(HTTPS://covid19pvi.niehs.nih.gov/)通过呈现动态信息县级的可视综合来监测疾病轨迹,Communicatelocal漏洞,预测关键结果,指导信息范围(图1)。

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