Selected article for: "incubation distribution and period distribution"

Author: Corey M Peak; Lauren M Childs; Yonatan H Grad; Caroline O Buckee
Title: Containing Emerging Epidemics: a Quantitative Comparison of Quarantine and Symptom Monitoring
  • Document date: 2016_8_31
  • ID: 2j4z5rp8_75
    Snippet: Here we assume that the latent period for an individual ends some time ( !""#$% ) before (TOFFSET < 0) or after (TOFFSET > 0) the onset of symptoms. Therefore, !""#$% is a translation of the incubation period distribution. We assume a uniform distribution of duration of infectiousness from 1 day to !"# , by hour. We assume the distribution of relative infectiousness to follow a triangle distribution with a peak at time ! , which ranges from 0 (in.....
    Document: Here we assume that the latent period for an individual ends some time ( !""#$% ) before (TOFFSET < 0) or after (TOFFSET > 0) the onset of symptoms. Therefore, !""#$% is a translation of the incubation period distribution. We assume a uniform distribution of duration of infectiousness from 1 day to !"# , by hour. We assume the distribution of relative infectiousness to follow a triangle distribution with a peak at time ! , which ranges from 0 (indicating infectiousness is linearly decreasing) to 1 (indicating infectiousness is linearly increasing).

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