Selected article for: "Doubling time and time Doubling time"

Author: Livio Fenga
Title: CoViD--19: An Automatic, Semiparametric Estimation Method for the Population Infected in Italy
  • Document date: 2020_3_18
  • ID: hhj7zte1_15
    Snippet: where the superscript • identifies the regions {r 1 , r 2 , . . . r 15 } ∈ Ω • , w is the ratio between current positive cases (C) and number of deaths (M) (2), τ the average doubling time for the CoViD-19 (i.e. the average span of time needed for the virus to double the cases) and δ the average time for an infected person to die. These two constant terms have been kept fixed as estimated according the data so far available worldwide (s.....
    Document: where the superscript • identifies the regions {r 1 , r 2 , . . . r 15 } ∈ Ω • , w is the ratio between current positive cases (C) and number of deaths (M) (2), τ the average doubling time for the CoViD-19 (i.e. the average span of time needed for the virus to double the cases) and δ the average time for an infected person to die. These two constant terms have been kept fixed as estimated according the data so far available worldwide (see Pueyo (2020) ). They are as follows: τ = 17.3 and δ = 6.2.

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