By N. Labadie, C. Prodhon (auth.), Lyes Benyoucef, Jean-Claude Hennet, Manoj Kumar Tiwari (eds.)
Aligning the most recent practices, strategies and case reports with educational frameworks and theories, the huge quarter of multi-criteria and online game conception functions in production and logistics is roofed in entire aspect.
Divided into components, half I is devoted to ‘multi-criteria functions’ and comprises chapters on logistics with a spotlight on car routing difficulties, a multi-objective selection making method of decide on the easiest garage coverage and an exploratory examine to foretell an important components that could bring about winning cellular offer chain administration adoption for production businesses. half II covers ‘game idea purposes’ and encompasses the method of forming a coalition inside of a company community to the matter of integrating stock and distribution optimization including online game idea to successfully deal with provide networks.
Providing a discussion board to enquire, alternate novel rules and disseminate wisdom masking the extensive sector of multi-criteria and video game thought functions in production and logistics, Applications of Multi-Criteria and online game concept Approaches is a superb reference for college students, researchers but in addition managers and execs operating with production and logistics issues.
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Additional resources for Applications of Multi-Criteria and Game Theory Approaches: Manufacturing and Logistics
The same problem but with different objectives (cycle time, variation of workload and total operators cost) was studied by (Zhang and Gen 2011) who proposed a generalized Pareto-based scale-independent fitness function genetic algorithm (gp-siffGA) to solve it. Chica et al. (2010) considered time and space ALBP with the joint minimization of the number and the area of the stations given a fixed cycle time limit and proposed a random greedy search algorithm. Other algorithms were also developed 40 X.
In: Proceedings of the international conference on industrial engineering and systems management (IESM 2011), Metz 25–27 May 2011, Frances, pp 371–379. ISBN 978-2-9600532-3-4 Labadie N, Prins C (2012) Vehicle routing nowadays : compact review and emerging problems. In: Mejia G, Velasco N (Ed) Production systems and supply chain management in emerging countries: best practices, Chapter 8, Springer, pp 141–166 Lacomme L, Prins C, Sevaux M (2006) A genetic algorithm for a bi-objective capacitated arc routing problem.
A heuristic based on the ant colony optimization approach was developed to solve the medium- and large-size scales of this problem. 36 X. Delorme et al. Pastor (2011) introduced a new type of assembly line balancing problem which consists to not only minimize the workload of the most heavily loaded workstation, but then the workload of the second most heavily loaded workstations, then the third, and so on. By nature, such a problem is obviously multi-objective. Lastly, lexicographic order has also been considered in (Gupta and McGovern 2004) for a disassembly line balancing problem.