Simulations on a geo-referenced synthetic urban network show age-structured contacts produce faster and more pervasive epidemics while distance decay has negligible effects, with preliminary evidence of hierarchical spatial diffusion.
A general model for stochastic sir epidemics with two levels of mixing.Mathematical biosciences, 180(1-2):73–102, 2002
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Epidemics in a Synthetic Urban Population with Multiple Levels of Mixing
Simulations on a geo-referenced synthetic urban network show age-structured contacts produce faster and more pervasive epidemics while distance decay has negligible effects, with preliminary evidence of hierarchical spatial diffusion.