les cahiers du mecas
Volume 12, Numéro 2, Pages 325-335
2016-12-31
Authors : Taibi Boumedyen .
Many sectors are concerned with complex problems of great dimention that must be optimized. These optimization problems are seldom single-objective : usually, there are several contradictory criteria or objectives that must be satisfied simultaneously. Multi-objective optimization is a discipline centered in the resolution of this kind of problems. It has its roots in the 19th century in a work economy of Edgeworth and Pareto. Initially, it was applied to economic sciences and management, and gradually to engineering sciences. Combinatorial optimization is a held extensively studied by many researchers. Due to its potential for application in real world problems. In this paper, we present a general formulation of Multiple objective combinatorial optimization (MOCO) problems, describe the main characteristics of MOCO problems, and the most important properties and theoretical results for these problems. Also, we propose to enrich the surveys by providing an analysis of recent innovative approaches in this domain.
Multiple objective, combinatorial optimization, multicriteria analysis, efficient solutions.
Bekadja Mohamed-amine
.
Mansour Belkacem
.
Ouldjeriouat Hafida
.
Entasoltan Badra
.
Osmani Soufi
.
Amani Kamila
.
Bouchama Samira
.
Charef Leila
.
Brahimi Mohamed
.
Arabi Abdessamed
.
Bouhass Rachid Amar
.
Yafour Nabil
.
pages 747-754.
Hebboul Sabrina
.
Korichi Mourad
.
Hebboul Amel
.
pages 44-54.
Gouarah Yamina
.
Hammani Fadila
.
pages 70-81.
Verma Shashikant
.
Sahu Ramgopal T.
.
A D Prasad
.
Verma Mani Kant
.
pages 21-41.
Recioui Abdelmadjid
.
Benabid Mondher
.
Djilani Nabil
.
pages 109-120.