Assessment of Pandemics Impact on Public Health and Aviation Sector by Using Mathematical Modelling

P. Szabó, M. Ferencová, E. Szabóová
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引用次数: 2

Abstract

The article researches the COVID-19 pandemic impact on the air traffic and aviation sector. The airlines alike the individual countries are introducing the measures intending to stop the COVID-19 pandemic spread. These measures might have a significant impact on the public health of the inhabitants. In the article, the authors assess the viral diseases spread by using mathematical modelling. The first general mathematical model includes the basic epidemiological parameters (basic reproductive number, incubation period, and population). The objective of this model is to explain the basic terms and processes during the transmission of viral diseases. The second mathematical model includes the data analysis of the COVID-19 virus spread in individual countries. The data source for this analysis is the World Health Organization (WHO). A unique protocol to measure viral diseases spread does not exist, hence, the data from this analysis cannot be comparable. Nevertheless, the research results might be useful for public health as well as for the life’s segments where the air traffic and airlines belong to.
利用数学模型评估流行病对公共卫生和航空部门的影响
本文研究了新冠肺炎疫情对空中交通和航空业的影响。航空公司和各个国家都在采取旨在阻止COVID-19大流行传播的措施。这些措施可能对居民的公共健康产生重大影响。在这篇文章中,作者通过使用数学模型来评估病毒性疾病的传播。第一个通用数学模型包括基本流行病学参数(基本繁殖数、潜伏期和种群)。该模型的目的是解释病毒性疾病传播过程中的基本术语和过程。第二个数学模型包括对各国COVID-19病毒传播的数据分析。这项分析的数据来源是世界卫生组织(世卫组织)。不存在衡量病毒性疾病传播的独特方案,因此,该分析的数据无法进行比较。尽管如此,研究结果可能对公众健康以及空中交通和航空公司所属的生活领域有用。
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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