Denver / Cincinnati / Tokyo / L. A. / Cambridge / Beck / San Diego / /
Company
Q IWA Publishing / MIT Press / Artificial Sewer Networks / Engelhard / ESRI / National Risk Management Research Laboratory / H. Kinzel Hydro-IT GmbH / /
Country
Japan / Austria / United Kingdom / /
Currency
GBP / / /
Event
Natural Disaster / Environmental Issue / /
Facility
Combined sewer system / University of Innsbruck / /
IndustryTerm
water simulation software / power supply systems / e.g. energy supply / dendritic virtual sewer systems / sewer network / Within systems / software tool / online version / software tools / sewer networks / virtual networks / water infrastructure / software virtual infrastructure benchmarking / real world systems / virtual infrastructure systems / urban water management / sewer systems / simulation software / water systems / drainage systems / water distribution network / et al. world systems / virtual water systems / urban water systems / software architecture / water distribution systems / geographic information systems / urban drainage systems / virtual sewer systems / /
NaturalFeature
AGRI Forests / Inn valley / /
Organization
R. Sitzenfrei S. Fach W. Rauch Unit of Environmental Engineering / MIT / US Environmental Protection Agency / EPANET / University of Innsbruck / Environmental Protection Agency / /
Person
Van Vliet / Phinn / Yan Liu / /
Position
Butler / /
ProvinceOrState
Ohio / Prince Edward Island / VIBe / M. B. / California / /
Q IWA Publishing 2010 Water Science & Technology—WST | 61.1 | [removed]A multi-layer cellular automata approach for algorithmic generation of virtual case studies: VIBe