An age and space structured SIR model describing the Covid-19 pandemic
Journal of mathematics in industry, 2020•Springer
We present an epidemic model capable of describing key features of the Covid-19
pandemic. While capturing several qualitative properties of the virus spreading, it allows to
compute the basic reproduction number, the number of deaths due to the virus and various
other statistics. Numerical integrations are used to illustrate the adherence of the evolutions
described by the model to specific well known real features of the present pandemic. In
particular, this model is consistent with the well known relevance of quarantine, shows the …
pandemic. While capturing several qualitative properties of the virus spreading, it allows to
compute the basic reproduction number, the number of deaths due to the virus and various
other statistics. Numerical integrations are used to illustrate the adherence of the evolutions
described by the model to specific well known real features of the present pandemic. In
particular, this model is consistent with the well known relevance of quarantine, shows the …
Abstract
We present an epidemic model capable of describing key features of the Covid-19 pandemic. While capturing several qualitative properties of the virus spreading, it allows to compute the basic reproduction number, the number of deaths due to the virus and various other statistics. Numerical integrations are used to illustrate the adherence of the evolutions described by the model to specific well known real features of the present pandemic. In particular, this model is consistent with the well known relevance of quarantine, shows the dramatic role of care houses and accounts for the increase in the death toll when spatial movements are not constrained.
Springer