• Sayali R. Nipanikar Department of Computer Engineering, PCCOE, Pune Pune, India
  • Dr. K. Rajeswari Department of Computer Engineering, PCCOE, Pune Pune, India


machine learning, random forest, decision tree algorithms


The abundance of type and quantity of available data in the healthcare field has led many to utilize machine learning approaches to keep up with this influx of data. Data pertaining to COVID-19 is an area of recent interest. The widespread influence of the virus across the United States creates an obvious need to identify groups of individuals that are at an increased risk of mortality from the virus. We propose a so-called clustered random forest approach to predict COVID-19 patient mortality. We use this approach to examine the hidden heterogeneity of patient frailty by examining demographic information for COVID-19 patients. We find that our clustered random forest approach attains predictive performance comparable to other published methods. We also find that follow-up analysis with decision tree algorithms and linear regression provide insight into the type and magnitude of mortality risks associated with COVID-19.


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How to Cite

Sayali R. Nipanikar, & Dr. K. Rajeswari. (2022). COVID-19 PREDICTION USING MACHINE LEARNING TECHNIQUES. International Education and Research Journal (IERJ), 8(7). Retrieved from