id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
cord-285217-gw8ldhu6	Wang, Bing	Interplay between epidemic spread and information propagation on metapopulation networks	2017-05-07		.txt	text/plain	4973	287	55	We find that for all possible values of α, moving to the patches that contain more susceptible individuals, increases the risk of outbreak, except for an extremely information efficiency α (α > 0.9), where the prevalence of infection can be significantly reduced by increasing the contact probability between information carriers and uninformed susceptible individuals (γ > 0 S ). In order to make the analysis consistent, in the following, we investigate the case that the informed and uninformed susceptible individuals take different types of mobility patterns by tuning the parameters γ > 0 S and γ < 0 A or vice versa, and we explore their impacts on the final prevalence of infection (Fig. 6) . In this work, we have investigated the interplay between the disease spread and the information propagation by focusing on the role of the information efficiency in reducing the risk of infection, and that of mobility patterns.	./cache/cord-285217-gw8ldhu6.txt	./txt/cord-285217-gw8ldhu6.txt