id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
cord-352049-68op3d8t	Wang, Xingyuan	Model of epidemic control based on quarantine and message delivery	2016-09-15		.txt	text/plain	4429	307	60	Experiments show that the increasing of isolating rates in invasion period, as long as over 0.5, contributes little to the preventing of epidemic; the improvement of isolation rate in latent period is key to control the disease spreading. In Section 2, we first describe the characteristics of epidemic, then the SIQM models are developed, which contain the disease prevention measures based on quarantine and message delivery. There is a particular conclusion: the increasing of isolation rate in invasion period, as long as over 0.5, contributes little to the preventing of epidemic; the improvement of isolation rate in latent period is the key to control the spreading of disease. Second, several valuable results are obtained by simulating the model in scale-free and small-world networks: (i) The increasing of isolation rate in invasion period, as long as over 0.5, contributes little to the prevention of epidemic; the improvement of isolation rate in latent period is key to control the spread of disease.	./cache/cord-352049-68op3d8t.txt	./txt/cord-352049-68op3d8t.txt