Mathematical modelling on phase based transmissibility of Coronavirus

Infectious Disease Modelling
M Veera Krishna, J Prakash

Abstract

Mathematical and epidemiological simulation plays a pivotal role in predicting, anticipating, and controlling present and future epidemics. To better understand and model the dynamics of a specific infection, researchers need to consider the influence of many variables ranging from micro-host-pathogen interactions to host-to-host encounters, and the prevailing cultural, social, economic, and local customs worldwide. As reported by the WHO, a novel corona virus (COVID-19) is identified as the etiological virus through Wuhan pneumonia for unknown etiology with Chinese administration on Jan 7, 2020. This virus is designated as an unsympathetic SARS-Cov-2 by International Commission for Taxonomy of Viruses on Feb 11, 2020. The main aim is to enlarge a phase based mathematical modelling to specify the transferability of this disease. It is developed Reservoir-individuals spreading set of connections modelling for imitating the prospective broadcast as of the infectivity foundation in the direction of the person infectivity. In view of the fact that, the Reservoir has set of connections to rigid to see the sights obviously as well as communal anxieties are concentrating on top of the spreading starting reservoir to individuals. The s...Continue Reading

Citations

Mar 2, 2021·Journal of Mathematics in Industry·Kurt Langfeld
Apr 27, 2021·International Journal of Applied and Computational Mathematics·Matthew O AdewoleAhmad I M Ismail
May 19, 2021·Applied Mathematics and Computation·A M Elaiw, A D Al Agha

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Mathematica
statistical package for social sciences

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