Selected article for: "basic reproductive number and generation time"

Author: M. Pear Hossain; Alvin Junus; Xiaolin Zhu; Pengfei Jia; Tzai-Hung Wen; Dirk Pfeiffer; Hsiang-Yu Yuan
Title: The effects of border control and quarantine measures on global spread of COVID-19
  • Document date: 2020_3_17
  • ID: lwe7whmg_2
    Snippet: where β is the baseline transmission rate that can be estimated from R 0 Tg , R 0 is the basic reproductive number, T g 65 is the generation time, M ii is the human mobility rate within the source location i, M ji is the mobility rate from 66 i to j, and I j is the number of infected individuals at the location j. Our aim was to develop a meta-population is higher up to 1, the mobility rate is reduced to zero. The infected cases were quarantined.....
    Document: where β is the baseline transmission rate that can be estimated from R 0 Tg , R 0 is the basic reproductive number, T g 65 is the generation time, M ii is the human mobility rate within the source location i, M ji is the mobility rate from 66 i to j, and I j is the number of infected individuals at the location j. Our aim was to develop a meta-population is higher up to 1, the mobility rate is reduced to zero. The infected cases were quarantined on average T qr days 72 after they are transmitted. After derivation (steps are described in later sections), the final model became:

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