id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
cord-297287-0i4nc353	Braun, Benjamin	Simulating phase transitions and control measures for network epidemics caused by infections with presymptomatic, asymptomatic, and symptomatic stages	2020-09-10		.txt	text/plain	4005	204	49	Using agent-based simulations on small world networks, we observe phase transitions for epidemic spread related to: 1) Global social distancing with a fixed probability of adherence. Phase transitions and control measures for network epidemics self-isolate in response to one infected social contact) all the way up to 97% with low levels of any type of social distancing. Because our goal is to understand the behavior of phase transitions regarding total number of infections in our model, we conducted secondary simulations on a refined parameter space based on the results of our regression tree analysis. There is also a clear interaction between the social distance probability and viral shedding parameters and the resulting number of infected agents and the length of the epidemic. Social distancing controls in this model exhibit a phase transition regarding total number of infections, either when imposed globally or when based on individual response to infected contacts.	./cache/cord-297287-0i4nc353.txt	./txt/cord-297287-0i4nc353.txt