id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
cord-355419-8txtk0b3	Feng, Liang	Epidemic in networked population with recurrent mobility pattern	2020-06-25		.txt	text/plain	3357	190	50	In this paper, we utilize a discrete-time Markov chain approach and propose an epidemic model to describe virus propagation in the heterogeneous graph, which is used to represent individuals with intra social connections and mobility between individuals and common locations. Different from commonly used homogeneous mixing approaches [2, 3] , we give an analysis of epidemic spreading in population following a structured network with recurrent mobility pattern in this work. One widely used approach to analyse epidemic spreading in complex networks is metapopulation model, which divides the whole population into several geographical structured parts [13, 18] , and contacts among individuals in the same subpopulation are assumed to be well-mixed. In Section 2 , we give the formulation of epidemic model for virus spreading in networked population with recurrent mobility pattern, along with theoretical results of epidemic threshold. We formulate an epidemic model of virus propagating in networked population with recurrent mobility pattern between individuals and public areas.	./cache/cord-355419-8txtk0b3.txt	./txt/cord-355419-8txtk0b3.txt