Assessing the impact of contact tracing, quarantine and red zone on the dynamical evolution of the Covid-19 pandemic using the cellular automata approach and the resulting mean field system: a case study in Mauritius (Q2110144)
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scientific article; zbMATH DE number 7635782
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Assessing the impact of contact tracing, quarantine and red zone on the dynamical evolution of the Covid-19 pandemic using the cellular automata approach and the resulting mean field system: a case study in Mauritius |
scientific article; zbMATH DE number 7635782 |
Statements
Assessing the impact of contact tracing, quarantine and red zone on the dynamical evolution of the Covid-19 pandemic using the cellular automata approach and the resulting mean field system: a case study in Mauritius (English)
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21 December 2022
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Covid-19
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cellular automaton
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red zones
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contact tracing
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delay differential equation
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validation
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0.83077544
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0.82839906
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0.8280926
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0.8276198
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0.82668614
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0.8249286
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