University of Sheffield / Cliff Quay catchment / /
IndustryTerm
approaches to describing complex systems / energy saving measures / online application / wet well control logic algorithm / possible energy savings / on/off industrial applications / sewer network / electricity usage / software algorithm / sewerage sewer network / water utilities / soft computing techniques / good solutions / search technique / improved energy / sewer networks / control theory algorithm / treatment systems / adaptive software / energy use / energy supply / artificial neural networks / sewer systems / energy cost-savings / rules set sensing technologies / energy usage / energy / energy costs / peak energy / sewerage systems / genetic algorithm / cent energy cost / energy peak-period energy usage / wastewater systems / representative site / energy tariff cost / genetic algorithms / nonlinear systems / energy saving / energy tariff / mathematical algorithms / energy providers / data communications techniques / control applications / human operator / low cost electricity tariffs / analytical software / energy cost savings / energy rates / optimum solution / electricity tariffs / water distribution systems / water resource management / GAs reason / /
Organization
University of Sheffield / Department of Civil and Structural Engineering / /
Person
Kaya / /
Position
programmable logic controller / corresponding author / hydraulic network model of the study region / representative / rounded head / fuzzy logic controller / controller / /
Product
Nikon D60 Digital Camera / /
ProgrammingLanguage
MATLAB / RC / /
ProvinceOrState
Georgia / /
Technology
parallel / mathematical algorithms / genetic algorithm / process control / wet well control logic algorithm / software algorithm / Genetic algorithms / artificial intelligence / control theory algorithm / Fuzzy logic Genetic algorithms / fuzzy logic / fuzzy logic system / simulation / /
& IWA Publishing 2011 Journal of Hydroinformatics295 An artificial intelligence approach for optimizing pumping in sewer systems