Author: Oscar Patterson-Lomba
Title: Optimal timing for social distancing during an epidemic Document date: 2020_4_1
ID: cm91jxde_16
Snippet: For the next set of simulations we relax the assumption about t I , and instead assume that t I ∈ (60 − 730) days. For each value of t I , it is assumed that t 0 + T < t I . For these simulations, we set r = 0.55 and T = 30 days for simplicity. The optimal timing for social distancing is then computed for each value of R 0 and t I ......
Document: For the next set of simulations we relax the assumption about t I , and instead assume that t I ∈ (60 − 730) days. For each value of t I , it is assumed that t 0 + T < t I . For these simulations, we set r = 0.55 and T = 30 days for simplicity. The optimal timing for social distancing is then computed for each value of R 0 and t I .
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