Using Machine Learning to Develop a Novel COVID-19 Vulnerability Index (C19VI)
Anuj Tiwari, Arya V. Dadhania, Vijay Avin Balaji Ragunathrao, Edson R., A. Oliveira

TL;DR
This paper introduces a machine learning-based COVID-19 Vulnerability Index (C19VI) that accurately identifies and maps vulnerable counties in the US, highlighting disparities among racial minorities and economically disadvantaged communities.
Contribution
It develops a novel Random Forest model and an impact assessment algorithm to measure county-level COVID-19 vulnerability, validated against existing indices.
Findings
18.30% of counties are very high vulnerability
75.57% of racial minorities are in high vulnerability regions
C19VI outperforms CDC's CCVI in reliability
Abstract
COVID19 is now one of the most leading causes of death in the United States. Systemic health, social and economic disparities have put the minorities and economically poor communities at a higher risk than others. There is an immediate requirement to develop a reliable measure of county-level vulnerabilities that can capture the heterogeneity of both vulnerable communities and the COVID19 pandemic. This study reports a COVID19 Vulnerability Index (C19VI) for identification and mapping of vulnerable counties in the United States. We proposed a Random Forest machine learning based COVID19 vulnerability model using CDC sociodemographic and COVID19-specific themes. An innovative COVID19 Impact Assessment algorithm was also developed using homogeneity and trend assessment technique for evaluating severity of the pandemic in all counties and train RF model. Developed C19VI was statistically…
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