Philadelphia / Athens / Chania / Heraklion-Crete / /
Company
Pearson / Cox / Siemens / /
Country
Greece / / /
Facility
Highway Research Board Proceedings / Prentice Hall / Urban Traffic Control Center / University of Illinois / University of Crete / Highway Research Record / Technical University of Crete / Highway Traffic / Institute of Applied / / /
IndustryTerm
road network / urban network / car following / road networks / car-following models / measurement site / reference site / spatial modelling applications / transportation problems35 / urban networks / hypothetical network / /
NaturalFeature
river D. / river Vuong Q. / /
Organization
Foundation for Research and Technology Vasilika Vouton / Royal Statistical Society / University of Illinois / University of Crete / Department of Computer Science / Institute of Applied and Computational Mathematics / Urban Traffic Control Center / Regional Analysis Division / Poulicos Prastacos3 Regional Analysis Division / Yale Bureau of Highway Traffic / Transportation Research Board / Ministry of Environment and Public Works / /
Person
N. Loulakis / A. Kanas / / /
Position
driver / professor / Director of Research / researcher / General / /
Bivariate Traffic Relations: a Space-Time Modeling Approach∗ 1 Yiannis Kamarianakis1, Dimitris Kotzinos2, Poulicos Prastacos3 Regional Analysis Division, Institute of Applied and Computational Mathematics, Foundation