Cincinnati / Coventry / Leicester / Hall / Washington / DC / Kansas City / Haifa / Washington / /
Company
IBM / EPANET Networks / Large Scale Water Distribution Networks / Water Supply Systems / Bentley Systems / GAMS Development Corporation / Integrating Water Systems / Risk Reduction Engineering Laboratory / conBentley Systems / J. Res / J. Water Res / Derceto Inc. / McCormick / /
Country
United States / United Kingdom / Luxembourg / / /
Event
Reorganization / Force Majeure / /
Facility
Delft University of Technology / Prentice Hall / De Montfort University / /
IndustryTerm
model reduction algorithm / automatic discretisation algorithm / experienced network operator / electricity tariff / automatic model reduction algorithm / water-distribution network / main software / spreadsheet software / Online simplification / model electricity usage / search optimisation / large-scale water distribution systems / water network / continuous solution / integer solution / generic search methods / on-line receding-horizon environment / optimisation algorithm / Evolutionary algorithms / suboptimal solution / scale water distribution systems / main software module / software functions / energy-efficiency benefits / energy usage / energy / bution networks / water distribution network / pressure control algorithms / energy-efficiency / energy cost / discretisation algorithm / feasible solution / module reduction algorithm / non-linear programming algorithm / leakage management / heuristic algorithms / pump / continuous optimisation solution / developed software / pressure management / electricity tariffs / water distribution networks / manual post-processing / water distribution systems / high energy usage / simplified using module reduction algorithm / /
NaturalFeature
PRV inlet / /
Organization
Delft University of Technology / office of Research and Development / US Enviromental Protection Agency / US Federal Reserve / De Montfort University / /
Person
Darwin Scheduler / Price / / /
Position
predictive controller / variable-head / forced-head / inflow head / Model Reduction / hydraulic model / representative / scheduler / required head / /
ProgrammingLanguage
R / DC / ML / /
ProvinceOrState
Ohio / Washington / /
Technology
automatic discretisation algorithm / discretisation algorithm / introducing pressure control algorithms / using module reduction algorithm / non-linear programming algorithm / optimisation algorithm / model reduction algorithm / flow control / automatic model reduction algorithm / module reduction algorithm / simulation / /
Drink. Water Eng. Sci., 7, 53–62, 2014 www.drink-water-eng-sci.netdoi:dwes © Author(sCC Attribution 3.0 License. Pump schedules optimisation with pressure aspects in