id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
cord-293148-t2dk2syq	Nadini, Matthieu	A multi-agent model to study epidemic spreading and vaccination strategies in an urban-like environment	2020-09-22		.txt	text/plain	12285	726	58	In the more realistic scenario of a core-periphery structure with multiple locations, we unexpectedly find that the time spent by agents in their base location does not influence the endemic prevalence in the SIS model and the epidemic size in the SIR model, which are measures of the overall fraction of population that is affected by the disease. Here, we propose a one-dimensional model that provides some analytical intuitions on the influence that the randomness α, the probability of jumping outside the base location p, and the presence of a core-periphery structure have in the evolution of SIS and SIR epidemic processes. We consider the two-dimensional agent-based model and numerically study the influence of the randomness α, the probability of jumping outside the base location p, and the presence of a core-periphery structure on the evolution of SIS and SIR epidemic processes.	./cache/cord-293148-t2dk2syq.txt	./txt/cord-293148-t2dk2syq.txt