In this paper, the application of three well-known multi-objective optimization algorithms to
water distribution network (WDN) optimum design has been considered. Non-dominated …

A new computer model called Genetic Algorithm Pipe Network Optimization Model
(GENOME) has been developed with the aim of optimizing the design of new looped …

A methodology based on genetic algorithm has been developed for lower cost design of
new, and augmentation of existing water distribution networks. The results have been …

Traditionally, the optimal design of water distrubution networks has been dealt with using
single-objective constrained approaches, where the aim is to minimize the network …

The optimization of looped water distribution systems is a complex problem as the pipe flows
are unknown variables. Although many researchers have reported algorithms for minimizing …

This paper presents the mathematical basis and some illustrative examples of a model-
based decision-making method for the automatic calculation of optimum design parameters …

Hardy Cross method is common for calculation of loops-like gas distribution networks with
known node gas consumptions. This method is given in two forms: original Hardy Cross …

The optimal design of water distribution networks is a real optimization problem that consists
of finding the best way to convey water from the sources to the users, satisfying their …

Micro-irrigation pipe network systems are commonly utilized for water transmission and
distribution in agricultural irrigation. They effectively transport and distribute water to crops …

Maximisation of cross correlation is a commonly used principle for intensity based object
localization that gives a single estimate of location. However, to facilitate sequential …