Selected article for: "expected number and individual number"

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_54
    Snippet: First, we calculate the number of infections a quarantined individual expected to receive from the non-quarantined population. This is equal to ∞ 0 βκ× N I nq dt. BecauseṘ nq = γI nq we find ∞ 0 βκ× N I nq dt ≈ βκ× γN R nq (∞). The value R nq (∞) is a function of R 0 , found by solving 1 − R nq (∞) = exp[−R 0 R nq (∞)]. In the case R 0 = 2.5, R nq (∞) = 0.89......
    Document: First, we calculate the number of infections a quarantined individual expected to receive from the non-quarantined population. This is equal to ∞ 0 βκ× N I nq dt. BecauseṘ nq = γI nq we find ∞ 0 βκ× N I nq dt ≈ βκ× γN R nq (∞). The value R nq (∞) is a function of R 0 , found by solving 1 − R nq (∞) = exp[−R 0 R nq (∞)]. In the case R 0 = 2.5, R nq (∞) = 0.89.

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