Superposition of waves for modeling COVID-19 epidemic in the world and in the countries with the maximum number of infected people in the first half of 2020
E.M. Koltsova, E.S. Kurkina1, A.M. Vasetsky

TL;DR
This paper models the global and country-specific COVID-19 epidemic spread in early 2020 using wave superposition, revealing distinct wave patterns and capacities linked to restrictive measures and population mixing.
Contribution
It introduces a mathematical model based on discrete equations to analyze COVID-19 wave superposition across countries, highlighting the number of waves and their characteristics.
Findings
Global COVID-19 spread fits into 5 waves.
Countries with strict measures show single-wave patterns.
Countries with high population mixing exhibit wave superpositions.
Abstract
On the base of logic discrete equations system mathematical modeling of COVID-19 epidemic spread was carried out in the world and in the countries with the largest number of infected people such as the USA, Brasil, Russia and India in the first half of 2020. It was shown that for the countries with strong restrictive measures the spread of COVID-19 fit on a single wave with small capacity as for a number of countries with violation of restrictive measures the spread of the epidemic fit on a waves superposition. For countries with large population mixing, the spread of the epidemic today also fits into a single wave, but with a huge capacity value (for Brazil - 80 million people, for India - 40 million people). We estimated that the epidemic spread in the world today fits into 5 waves. The first two waves are caused by the epidemic spread in China (the first - in Wuhan), the third - by…
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Taxonomy
TopicsCOVID-19 epidemiological studies
