Selected article for: "population size and removal rate"
Author: Ronan F. Arthur; James H. Jones; Matthew H. Bonds; Marcus W. Feldman
Title: Complex dynamics induced by delayed adaptive behavior during epidemics
  • Document date: 2020_4_16
    • ID: f4ro5jst_11
    Snippet: where at time t, S t represents the number of susceptible individuals, I t the infected individuals, and N t the number of individuals that make up the population, which is assumed fixed in a closed population. We can therefore remove the time subscript and write N for the population size. Here γ is the rate of removal from I to S due to recovery. This model in its simplest form assumes random mixing, where the parameter b represents a composite.....
    Document: where at time t, S t represents the number of susceptible individuals, I t the infected individuals, and N t the number of individuals that make up the population, which is assumed fixed in a closed population. We can therefore remove the time subscript and write N for the population size. Here γ is the rate of removal from I to S due to recovery. This model in its simplest form assumes random mixing, where the parameter b represents a composite of the average contact rate and the disease-specific transmissibility given a contact event.

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