IBM / Zoran / Proteo SpA / Bentley Systems Incorporated / Malcolm Pirnie Inc. / Water Sensor Networks / Sandia National Laboratories / Siemon Co / /
Continent
Asia / Europe / /
Country
Italy / Cyprus / France / United States / United Kingdom / Israel / /
Currency
USD / / /
Event
Product Issues / Environmental Issue / /
Facility
Baldwin Hall / Exeter Centre / Harrison Building / Israel Institute of Technology / /
IndustryTerm
explicit multiobjective solution / water supply systems / sizable network / multiobjective solution / sensor placement algorithms / possible feasible solutions / nonsensical solutions / data mining / parallel processing / mathematical optimization algorithms / trade-off solution / sensor networks / genetic algorithm / online contaminant monitoring system / deliberate chemical / large network / greedy algorithm / mathematical algorithms / topological algorithms / real water distribution systems / optimized storage algorithms / water distribution systems / water resources systems / sensor network / /
MusicGroup
Color / /
Organization
School of Engineering / Univ. of Exeter / Centre for Water Systems / Carnegie Mellon Univ. / Univ. of Cincinnati / Exeter Centre for Water Systems / Faculty of Civil and Environmental Engineering / Univ. of Cyprus / Univ. of Guelph / Hydraulics and Civil Engineering Research Unit / Israel Institute of Technology / Michigan Tech Univ. / Technion / /
Person
Zheng Yi / Hezekiah / /
Position
King / /
Product
Nikon D50 Digital Camera / PC 3.2 GHz / Water / /
ProvinceOrState
Ohio / Kosovo / Alabama / Connecticut / Michigan / New Mexico / Pennsylvania / Ontario / /
PublishedMedium
the Journal of Water Resources Planning and Management / JOURNAL OF WATER RESOURCES PLANNING AND MANAGEMENT / /
The Battle of the Water Sensor Networks „BWSN…: A Design Challenge for Engineers and Algorithms Avi Ostfeld1; James G. Uber2; Elad Salomons3; Jonathan W. Berry4; William E. Hart5; Cindy A. Phillips6; Jean-Paul Watson