Author: Wang, Jin-Feng; Christakos, George; Han, Wei-Guo; Meng, Bin
Title: Data-driven exploration of ‘spatial pattern-time process-driving forces’ associations of SARS epidemic in Beijing, China Document date: 2008_4_26
ID: 2nko37oo_30
Snippet: The time process of SARS transmission, R(t), and the transmission rate in Q(t) were simulated using the SEIR model. The risk of spatial exposure to the epidemic, C(s), was disclosed by mapping data on the residences of the 11 108 identified contacts of the Beijing SARS cases using the NHC model. 32 The first-order clusters indicated spatial clustering of high-risk susceptibles, whereas second-order clusters indicated regions with a high concentra.....
Document: The time process of SARS transmission, R(t), and the transmission rate in Q(t) were simulated using the SEIR model. The risk of spatial exposure to the epidemic, C(s), was disclosed by mapping data on the residences of the 11 108 identified contacts of the Beijing SARS cases using the NHC model. 32 The first-order clusters indicated spatial clustering of high-risk susceptibles, whereas second-order clusters indicated regions with a high concentration of primary clusters. The C(s) exhibited a strong visual association with traffic infrastructure, T(s) (Fig. 1 ).
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