Author: Markus Mueller; Peter Derlet; Christopher Mudry; Gabriel Aeppli
Title: Using random testing to manage a safe exit from the COVID-19 lockdown Document date: 2020_4_14
ID: loi1vs5y_148
Snippet: It is intuitive that the higher the number r of tests per day is, the better the mitigation strategy will perform. The characteristic time to reach a final steady state decreases as r −1/3 , see Eq. (13a). Other measures for performance improve monotonically upon increasing r. This is confirmed and quantified in Fig. 5 , where we show how the political, health, and economic cost decreases with increasing test rate......
Document: It is intuitive that the higher the number r of tests per day is, the better the mitigation strategy will perform. The characteristic time to reach a final steady state decreases as r −1/3 , see Eq. (13a). Other measures for performance improve monotonically upon increasing r. This is confirmed and quantified in Fig. 5 , where we show how the political, health, and economic cost decreases with increasing test rate.
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