A new hybrid optimizer, called genetically adaptive lea** algorithm for approximation and
diversity (GALAXY), is proposed for dealing with the discrete, combinatorial, multiobjective …

This article presents a methodology that combines a process-based lifecycle assessment
(LCA) with an economic input-output LCA (EIO-LCA) model to quantify the net present value …

This paper explores the trade-offs between water quality and pum** costs objectives in
optimization of operation of regional multiquality water distribution systems. The optimization …

Pipe bursts are an essential issue for water loss in water distribution systems. This study
proposes a real-time burst detection method that combines multiple data features of multiple …

A critical issue faced by the water industry is to efficiently manage limited water supplies to
satisfy water demand from different sections (eg, industrial, agricultural, energy and …

This work introduces a new bi-objective optimization model for the design of a water
distribution network (WDN). Reliability and design cost are two contradicting objectives that …

Finding the optimal pump operation in water distribution systems, taking into account
hydraulic and water quality constraints, is a complex problem due to the nonlinear …

Optimal design of water distribution network is generally aimed to minimize the capital cost
of the investments on tanks, pipes, pumps, and other appurtenances. Minimizing the cost of …

This Open Access proceedings presents new approaches to Machine Learning for Cyber
Physical Systems, experiences and visions. It contains some selected papers from the …

This paper presents a coupled self-adaptive multiobjective differential evolution and network
flow algorithm for the optimal operation of complex multipurpose reservoir systems. The …