Sibling rivalry within inverse Weibull family to predict the COVID-19 spread in South Africa

Q4 Mathematics
Farzane Hashemi, A. Bekker, Kirsten Smith, M. Arashi
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引用次数: 0

Abstract

ABSTRACT This article draws attention to a comparative study of different members within the inverse Weibull Power Series (IWPS) to analyze the COVID-19 data from South Africa for the period from 27 March to 23 August 2020. A new sibling of the IWPS is introduced, namely the inverse Weibull negative binomial. An EM algorithm is developed for computing the maximum likelihood estimates of the model parameters. The IWPS growth curve model and its special cases are used for prediction of the COVID-19 spread in South Africa. It is found that the IWPS model fits the disease growth of the COVID-19 confirmed cases well with worthy long-term predictions. The IWPS growth curve modeling of South African predicts that the number of confirmed new cases will decrease at the end of November 2020.
逆威布尔家族内的兄弟姐妹竞争预测COVID-19在南非的传播
本文对逆威布尔幂级数(IWPS)中的不同成员进行了比较研究,以分析2020年3月27日至8月23日期间南非的COVID-19数据。引入了IWPS的一个新兄弟,即逆威布尔负二项式。提出了一种计算模型参数最大似然估计的电磁算法。利用IWPS增长曲线模型及其特殊情况预测了2019冠状病毒病在南非的传播。结果表明,IWPS模型能较好地拟合新冠肺炎确诊病例的疾病增长,具有较好的长期预测价值。南非IWPS增长曲线模型预测,到2020年11月底,新确诊病例数量将减少。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
CiteScore
1.00
自引率
0.00%
发文量
29
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