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This work presents two different approaches for an epidemic disease spreading process based on the already established SIR model, the first approach uses a cellular automata approach to simulate an epidemy, the second approach uses a biflux spatial diffusion equation, based on the model developed by Bevilacqua and Galeão to simulate the same phenomena. The results are shown in figures and briefly commented. The goal is to present those two approaches that might allow for a better representation of the phenomena.

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Two Modeling Approaches for an Epidemic Disease Spreading Process

  • 章节

  • 发表日期：

    2025年

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  • Douglas Ferraz Corrêa,
  • Marcelo Cargnelutti Rossato,
  • David A. Pelta,
  • Cláudio Fabiano M. Toledo,
  • João Frederico C. A. Meyer,
  • Antônio José da Silva Neto,
  • Luiz Bevilacqua

摘要

This work presents two different approaches for an epidemic disease spreading process based on the already established SIR model, the first approach uses a cellular automata approach to simulate an epidemy, the second approach uses a biflux spatial diffusion equation, based on the model developed by Bevilacqua and Galeão to simulate the same phenomena. The results are shown in figures and briefly commented. The goal is to present those two approaches that might allow for a better representation of the phenomena.