id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
cord-007129-qjdg46o9	Simoes, Joana Margarida	Spatial Epidemic Modelling in Social Networks	2005-06-21		.txt	text/plain	1796	94	51	In this model, it was considered the social mobility network: the daily movement of individuals, which has been already referred in the literature as a complex network with a Small World behaviour [2] . In this paper, it is described a simulation system using artificial agents integrated with Geographical Information Systems (GIS) that helps to understand the spatial and temporal behaviour of a epidemic phenomena. The present model is inspired by a Site Exchange Cellular Automata [5] , which considers two phases for each time step: movement and infection, assuming there is no virus transmission while the individual is moving. Based on these regions, four ranges of movement were considered: neighbourhood, intra region, inter region and small world. The Small World movement simulation (Fig. 15 ) presents a totally different distribution of population. The movement should always be considered in human epidemics models.	./cache/cord-007129-qjdg46o9.txt	./txt/cord-007129-qjdg46o9.txt