Author: Gary Lin; Alexandra T Strauss; Maxwell Pinz; Diego A Martinez; Katie K Tseng; Emily Schueller; Oliver Gatalo; Yupeng Yang; Simon A Levin; Eili Y Klein
Title: Explaining the Bomb-Like Dynamics of COVID-19 with Modeling and the Implications for Policy Document date: 2020_4_7
ID: ekw2oxw2_8
Snippet: To estimate transmission dynamics, we adapted the Kermack and McKendrick compartmental model to the reported disease dynamics of COVID-19. Specifically, we assumed that, (i) there is an incubation period for susceptible individuals that become infected; and (ii) a fraction of individuals are asymptomatic or only have mild/moderate symptoms and would be missed in the official count of confirmed cases. The model is described by the following set of.....
Document: To estimate transmission dynamics, we adapted the Kermack and McKendrick compartmental model to the reported disease dynamics of COVID-19. Specifically, we assumed that, (i) there is an incubation period for susceptible individuals that become infected; and (ii) a fraction of individuals are asymptomatic or only have mild/moderate symptoms and would be missed in the official count of confirmed cases. The model is described by the following set of ordinary differential equations,
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