Titlebook: Metaheuristics for Scheduling in Distributed Computing Environments; Fatos Xhafa,Ajith Abraham Book 2008 Springer-Verlag Berlin Heidelberg

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Fatos Xhafa,Enrique Alba,Bernabé Dorronsoro,Bernat Duran,Ajith Abrahamnal medicine interested in the subject of quantitation in cardiology. It is evident that in the wide field of medicine, and particularly in cardiology, there is a growing need for exact and detailed information in conjunction with existing diag­ nostic methods. This is apparent in the greater precis

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A. Bendjoudi,S. Guerdah,M. Mansoura,N. Melab,E. -G. Talbine interested in the subject of quantitation in cardiology. It is evident that in the wide field of medicine, and particularly in cardiology, there is a growing need for exact and detailed information in conjunction with existing diag­ nostic methods. This is apparent in the greater precision in ana

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Hongbo Liu,Ajith Abraham,Fatos Xhafanal medicine interested in the subject of quantitation in cardiology. It is evident that in the wide field of medicine, and particularly in cardiology, there is a growing need for exact and detailed information in conjunction with existing diag­ nostic methods. This is apparent in the greater precis

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Meta-heuristics for Grid Scheduling Problems,euristic approaches. Scheduling problems are at the heart of any Grid-like computational system. Different types of scheduling based on different criteria, such as static vs. dynamic environment, multi-objectivity, adaptivity, etc., are identified. Then, heuristics and meta-heuristics methods for sc

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Optimizing Routing and Backlogs for Job Flows in a Distributed Computing Environment,y for how to route jobs to different compute clusters as well as to decide which jobs to backlog until a future time. We use an approach that is a hybrid of dynamic programming and a genetic algorithm. Dynamic programming determines the routing and backlog decisions about individual flows of homogen

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Adapting Iterative-Improvement Heuristics for Scheduling File-Sharing Tasks on Heterogeneous Platfohe application consists of a large number of file-sharing, otherwise independent tasks. The files initially reside on the repositories. The interconnection network is heterogeneous. We focus on two disjoint problem cases. In the first case, there is only one file repository which is called as the ma