Virginia TechEubank, StephenBarrett, Christopher L.Beckman, Richard J.Bisset, Keith R.Durbeck, L.Kuhlman, Christopher J.Lewis, Bryan L.Marathe, AchlaMarathe, Madhav V.Stretz, P.2017-10-272017-10-272010http://hdl.handle.net/10919/79826Network models of infectious disease epidemiology can potentially provide insight into how to tailor control strategies for specific regions, but only if the network adequately reflects the structure of the region’s contact network. Typically, the network is produced by models that incorporate details about human interactions. Each detail added renders the models more complicated and more difficult to calibrate, but also more faithful to the actual contact network structure. We propose a statistical test to determine when sufficient detail has been added to the models and demonstrate its application to the models used to create a synthetic population and contact network for the USA.en-USIn Copyrightsocial networkmathematical modellingepidemiologymathematical biologyepidemicArticle - Refereedhttps://doi.org/10.1080/1751375100377868745