Christakis N. A. / Freeman L. C. / Future Cities Laboratory / Oxford University Press / Singapore 3 Media Laboratory / Vertex / Soc Networks / Manuel Cebrian5 1 Future Cities Laboratory / Eubank / /
Country
Switzerland / United States / Australia / Singapore / / /
Facility
National University of Singapore / Federal Institute of Technology / University of Melbourne / Massachusetts Institute of Technology / /
IndustryTerm
physical network / contact networks / mobility networks / influenza epidemics using search engine query data / large-scale spatial-temporal contact network / large social network / realistic urban social networks / large-scale highresolution physical contact network / aggregated communication network / dynamic social networks / citywide co-presence network / transit fare collection systems / communication technologies / sensor / city-scale physical contact network / friend / resolution human contact network / instantaneous network / temporal weighted physical encounter network / final network / dynamic contact network / public transit services / temporal contact network / control / travel frequency / metropolitan transportation networks / human travel / travel restrictions / large metropolitan contact networks / time varying networks / resolution contact network / potential applications / social media / physical encounter network / instantaneous networks / co-presence network / health-care applications / temporal encounter network / temporal networks / resolution network / large metropolitan networks / travel behavior / contact network / physical contact network / massive metropolitan encounter networks / individual travel behavior / transit services / social networks / computing / static network / encounter network / social network / aggregated search engine queries / obtained interaction network / online social network / metropolitan physical contact network / distributed rfid sensor networks / /
Organization
University of Melbourne / Victoria / National University of Singapore / ICT Centre of Excellence / Institute for Transport Planning and Systems / Australian Government / Department of Broadband / Communications and Digital Economy / Massachusetts Institute of Technology / Singapore-ETH Centre for Global Environmental Sustainability / Department of Civil & Environmental Engineering / Australian Research Council / Singapore’s Land Transport Authority / National Research Foundation of Singapore / Oxford University / /
Person
Kay W. Axhausen / / /
Position
Walker / Corresponding author / representative of a universally applicable strategy / /
Product
Victoria / /
ProgrammingLanguage
C / /
ProvinceOrState
New York / Victoria / New Mexico / Massachusetts / /
Efficient detection of contagious outbreaks in massive metropolitan encounter networks Lijun Sun,1, 2, 3, ∗ Kay W. Axhausen,1, 4 Der-Horng Lee,2 and Manuel Cebrian5 1 Future Cities Laboratory, Singapore-ETH Centre for