Author: Bhalchandra S Pujari; Snehal M Shekatkar
Title: Multi-city modeling of epidemics using spatial networks: Application to 2019-nCov (COVID-19) coronavirus in India Document date: 2020_3_17
ID: hxuyaany_8
Snippet: In classic SIR model the s, x, and r represent the susceptible, infected and recovered fractions respectively. However while dealing with multiple meta-populations of heterogeneous sizes we are required to represent them in arbitrary units, typically taking smallest meta-population as the unit. If φ i = s i + x i + r i is the size of metapopulation i in these units, then product terms in SIR model must be divided by φ i for sake of consistency......
Document: In classic SIR model the s, x, and r represent the susceptible, infected and recovered fractions respectively. However while dealing with multiple meta-populations of heterogeneous sizes we are required to represent them in arbitrary units, typically taking smallest meta-population as the unit. If φ i = s i + x i + r i is the size of metapopulation i in these units, then product terms in SIR model must be divided by φ i for sake of consistency.
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