Models for covid‐19 daily confirmed cases in different countries

Ahmed, H.M; Elbarkouky, R.A; A. M. Omar, Othman; Ragusa, M.A;

Abstract


In this paper, daily confirmed cases of COVID‐19 in different countries are modelled using different mathematical regression models. The curve fitting is used as a prediction tool for modeling both past and upcoming coronavirus waves. According to virus spreading and average annual temperatures, countries under study are classified into three main categories. First category, the first wave of the coronavirus takes about two‐year seasons (about 180 days) to complete a viral cycle. Second category, the first wave of the coronavirus takes about one‐year season (about 90 days) to complete the first viral cycle with higher virus spreading rate. These countries take stopping periods with low virus spreading rate. Third category, countries that take the highest virus spreading rate and the viral cycle complete without stopping periods. Finally, predictions of different upcoming scenarios are made and compared with actual current smoothed daily confirmed cases in these countries. © 2021 by the authors. Licensee MDPI, Basel, Switzerland.


Other data

Title Models for covid‐19 daily confirmed cases in different countries
Authors Ahmed, H.M; Elbarkouky, R.A; A. M. Omar, Othman ; Ragusa, M.A
Issue Date 2021
Journal Mathematics 
Volume 9
Issue 6
DOI 10.3390/math9060659

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