Add to ORKGThis paper is focused on applying genetic algorithms to the problem of pipeline sizing in distribution networks. Throughout the paper, the model of the problem evolves from an initial one, based on hard restrictions, towards a final decision problem based on fuzzy restrictions, with regards to obtaining the best solution to this problem from an economic viewpoint
To maximise the benefits offered by distributed generation (DG) in electric power systems, there is ...
The work deals with genetic algorithms and their potential use in application software to optimize h...
This article presents a fuzzy-based genetic algorithm to maximize total social welfare and alleviate...
This paper develops a multi-criterion genetic optimization for solving distribution network problems...
In this paper a new technique, based on genetic algorithms, for the optimal sizing and siting of di...
Many different optimisation problems can be formulated on networks: For instance, we might be intere...
ABSTRACT Many different optimisation problems can be formulated on networks: For instance, we might...
This is the second of two articles presenting a Genetic Algorithm (GA) to obtain an optimal design, ...
Water is the most essential commodity required to maintain life. Water supplies in general and water...
A fuzzy decision-making framework (DMF) is combined with a hybrid genetic algorithm-linear programmi...
A distribution system can be analyzed using either model-simulation programs or system-optimization ...
Network design is by nature costly and optimization models play significant role in reducing the unn...
This paper discusses research on the optimal design of looped water distribution networks with compl...
This paper presents a new robust optimization technique for distribution network configuration, whic...
Optimal reconfiguration of power distribution systems is a complex combinatorial optimization proble...
To maximise the benefits offered by distributed generation (DG) in electric power systems, there is ...
The work deals with genetic algorithms and their potential use in application software to optimize h...
This article presents a fuzzy-based genetic algorithm to maximize total social welfare and alleviate...
This paper develops a multi-criterion genetic optimization for solving distribution network problems...
In this paper a new technique, based on genetic algorithms, for the optimal sizing and siting of di...
Many different optimisation problems can be formulated on networks: For instance, we might be intere...
ABSTRACT Many different optimisation problems can be formulated on networks: For instance, we might...
This is the second of two articles presenting a Genetic Algorithm (GA) to obtain an optimal design, ...
Water is the most essential commodity required to maintain life. Water supplies in general and water...
A fuzzy decision-making framework (DMF) is combined with a hybrid genetic algorithm-linear programmi...
A distribution system can be analyzed using either model-simulation programs or system-optimization ...
Network design is by nature costly and optimization models play significant role in reducing the unn...
This paper discusses research on the optimal design of looped water distribution networks with compl...
This paper presents a new robust optimization technique for distribution network configuration, whic...
Optimal reconfiguration of power distribution systems is a complex combinatorial optimization proble...
To maximise the benefits offered by distributed generation (DG) in electric power systems, there is ...
The work deals with genetic algorithms and their potential use in application software to optimize h...
This article presents a fuzzy-based genetic algorithm to maximize total social welfare and alleviate...