Selected article for: "contact rate and susceptible population"

Author: Alastair D Jamieson-Lane; Eric Cytrnbaum
Title: The Effectiveness of Targeted Quarantine for Minimising Impact of COVID-19
  • Document date: 2020_4_3
  • ID: jnz5by5w_18
    Snippet: During quarantine, we assume a contact rate κ i,j (t) = κ Q = 0.1, for individuals within the quarantine (i, j > A), and κ i,j (t) = κ × = 0.1 across the quarantine barrier. Individuals outside of the quarantine group (i, j ≤ A) have contact rate κ i,j (t) = κ F = N/N nq where N nq is the total population not in quarantine (N q gives the population in quarantine. Similarly S q gives the susceptible population under quarantine, and I nq g.....
    Document: During quarantine, we assume a contact rate κ i,j (t) = κ Q = 0.1, for individuals within the quarantine (i, j > A), and κ i,j (t) = κ × = 0.1 across the quarantine barrier. Individuals outside of the quarantine group (i, j ≤ A) have contact rate κ i,j (t) = κ F = N/N nq where N nq is the total population not in quarantine (N q gives the population in quarantine. Similarly S q gives the susceptible population under quarantine, and I nq gives the infectious population not under quarantine). This choice of κ F approximately preserves the total number of interactions experienced by the out of quarantine population, by compensate for the loss of interaction caused by the removal of the quarantined population.

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