dinorows / covid19-R0

An estimation of a lower and upper bound for Covid19 R0 with data from China

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covid19-R0

In this notebook we extrapolate data from Wuhan, China, in order to compute the 𝑅0 of Covid19 with Bayesian estimation, using the PyMC3 library.

Since 𝑅0 depends on social concentrations of the population that an epidemic targets, it is challenging to apply it to different populations. Nevertheless, an upper and lower bound on the epicenter of the epidemic provides us with an estimate of the contagiousness of the virus, which is higher than the flu or SARS.

This data was available early on in the epidemic and this extrapolation could have easily been carried out by government agencies throughout, so that countries could have been better prepared for what they're going through now.

I would like to thank my TA, Feng Huang, for pointing me to the Chinese data and for the idea of the notebook as homework.

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An estimation of a lower and upper bound for Covid19 R0 with data from China


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