Selected article for: "numerical simulation and time evolution"

Author: Lichtenthaler Filho, R.; Lichtenthaler, D. G.
Title: A dynamic model for Covid-19 in Brazil.
  • Cord-id: qqr1s9qy
  • Document date: 2020_5_14
  • ID: qqr1s9qy
    Snippet: A dynamic model for the current coronavirus outbreak is presented. The most important parameters are identified which determine the number of cases progression. Results of a numerical simulation are compared with existing data of the number of infections in Sao Paulo and Brazil. On the basis of these results measures are proposed to control the epidemics and to flat the infection curve. A simple three steps procedure is proposed to predict the time evolution of the epidemics and a criteria to re
    Document: A dynamic model for the current coronavirus outbreak is presented. The most important parameters are identified which determine the number of cases progression. Results of a numerical simulation are compared with existing data of the number of infections in Sao Paulo and Brazil. On the basis of these results measures are proposed to control the epidemics and to flat the infection curve. A simple three steps procedure is proposed to predict the time evolution of the epidemics and a criteria to resume 'normal' activities after quarantine is proposed.

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