Effectiveness of the Early Response to COVID-19: Data Analysis and Modelling

Effectiveness of the Early Response to COVID-19: Data Analysis and Modelling

Edoardo Bertone, Oz Sahin, Khoi Nguyen, Martin Jason Luna Juncal, Rafaela Keiko Prado Umeno, Douglas Alves Peixoto

Governments around the world have introduced a number of stringent policies to try to contain COVID-19 outbreaks, but the relative importance of such measures, in comparison to the community response to these restrictions, the amount of testing conducted, and the interconnections between them, is not well understood yet. In this study, data were collected from numerous online sources, pre-processed and analysed, and a number of Bayesian Network models were developed, in an attempt to unpack such complexity. Results show that early, high-volume testing was the most crucial factor in successfully monitoring and controlling the outbreaks; when testing was low, early government and community responses were found to be both critical in predicting how rapidly cases and deaths grew in the first weeks of the outbreak. Results also highlight that in countries with low early test numbers, the undiagnosed cases could have been up to five times higher than the officially diagnosed cases. The conducted analysis and developed models can be refined in the future with more data and variables, to understand/model potential second waves of contagions.

2020

Pandemic, bayesian networks, System Thinking, COVID-19

DOI: 10.3390/systems8020021

Systems

MDPI AG

Technology (General), Systems engineering