Selected article for: "cumulative number and exponential growth"

Author: Tom Britton
Title: Basic prediction methodology for covid-19: estimation and sensitivity considerations
  • Document date: 2020_3_30
  • ID: hsgzkpg4_10
    Snippet: (Note that t, t 0 and t 1 denote calendar time whereas s d is days, so if e.g. t = March 4 and s d = 21, then t + s d = March 25.) It is also possible to predict the cumulative number of infected later than t 1 − s d by using the same exponential growth as before:.....
    Document: (Note that t, t 0 and t 1 denote calendar time whereas s d is days, so if e.g. t = March 4 and s d = 21, then t + s d = March 25.) It is also possible to predict the cumulative number of infected later than t 1 − s d by using the same exponential growth as before:

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