Author: MERIEM ALLALI; PATRICK PORTECOP; MICHEL CARLES; DOMINIQUE GIBERT
Title: Prediction of the time evolution of the COVID-19 disease in Guadeloupe with a stochastic evolutionary model Document date: 2020_4_16
ID: cm678hn4_23
Snippet: 1. rule S −→ I determines the condition to switch from non-infected to infected. The main parameters of this rule are the infectious period T I and the basic reproductive number R 0 . In our model, this rule is applied to each new "I" node, i.e. nodes that were "S" one day before. For such new "I", an average number of R 0 are randomly taken among the "S" persons and are randomly set in state "I" in the next T I days......
Document: 1. rule S −→ I determines the condition to switch from non-infected to infected. The main parameters of this rule are the infectious period T I and the basic reproductive number R 0 . In our model, this rule is applied to each new "I" node, i.e. nodes that were "S" one day before. For such new "I", an average number of R 0 are randomly taken among the "S" persons and are randomly set in state "I" in the next T I days.
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