Selected article for: "reproduction number and SIR model"
Author: Santillana, Mauricio; Tuite, Ashleigh; Nasserie, Tahmina; Fine, Paul; Champredon, David; Chindelevitch, Leonid; Dushoff, Jonathan; Fisman, David
Title: Relatedness of the incidence decay with exponential adjustment (IDEA) model, “Farr's law” and SIR compartmental difference equation models
  • Document date: 2018_3_9
    • ID: tmt8vdzj_32
    Snippet: When the depletion of susceptibles is negligible compared to the total population size (that is, a small outbreak), we can actually express IDEA's basic reproduction number R 0;IDEA and its control factor d as a function of the basic reproduction number R 0;SIR and the control factor r of the damped SIR model described in (4e6). The relationship between the parameters of these two models is:.....
    Document: When the depletion of susceptibles is negligible compared to the total population size (that is, a small outbreak), we can actually express IDEA's basic reproduction number R 0;IDEA and its control factor d as a function of the basic reproduction number R 0;SIR and the control factor r of the damped SIR model described in (4e6). The relationship between the parameters of these two models is:

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