By Alessandro Agnetis, Jean-Charles Billaut, Stanisław Gawiejnowicz, Dario Pacciarelli, Ameur Soukhal (auth.)
Scheduling concept has acquired a starting to be curiosity when you consider that its origins within the moment 1/2 the 20 th century. constructed firstly for the research of scheduling issues of a unmarried goal, the speculation has been lately prolonged to difficulties concerning a number of standards. although, this extension has nonetheless left a spot among the classical multi-criteria methods and a few real-life difficulties within which no longer all jobs give a contribution to the evaluate of every criterion.
In this booklet, we shut this hole by way of offering and constructing multi-agent scheduling versions during which subsets of jobs sharing a similar assets are evaluated by way of varied standards. a number of situations are brought, counting on the definition and the intersection constitution of the task subsets. Complexity effects, approximation schemes, heuristics and specified algorithms are mentioned for single-machine and parallel-machine scheduling environments. Definitions and algorithms are illustrated with assistance from examples and figures.
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Additional info for Multiagent Scheduling: Models and Algorithms
2 (only one sequence is given per vector . Cj ; Lmax /). J4 ; J5 ; J6 ; J2 ; J1 ; J3 / with vector (109,4) for instance). Generally, the weak Pareto optimal solutions are not considered as interesting solutions. J3 ; J5 ; J4 ; J6 ; J2 ; J1 / with vector (88,6) (for instance) are not supported. 8. Problem 1jBI; Cj Ä QjLmax is to find a sequence of jobs minimizing the maximum lateness but also satisfying the constraint that the sum of completion times is less than or equal to a given value Q. We suppose that the limit for the sum of completion times is Q D 75.
1, and Sect. 2 focus on properties of NP-complete and NP-hard problems. In Sect. 3, exact and enumerative algorithms are discussed. In Sects. 5, approximation algorithms and approximation schemes are considered. Methods of problems relaxation are presented in Sect. 6. Some reductions between scheduling problems are described in Sect. 7. The chapter ends by Sect. 8 with remarks on references. , for which we want to find a solution. For solving efficiently a problem, an algorithm has to be designed, understood as a finite procedure expressed in terms of predefined elementary operations.
0; 1/ WL. 1; 1/ WL. 1; 2/ WL. 2; 1/ WL. 2; 2/ WL. / D 4 The dual function is presented in Fig. 1=3/ D 2=3. 1; 0/ with an objective value of 1. The difference between the value of the Lagrangian relaxation and the optimal value is called the duality gap, equal to 1/3 for this example. 6 Relaxation of Problems Fig. k/ the solution Denote by L. CO/ then UB WD minfUB; L. k/ Gi i end for k WD k C 1 end while return the last L. 0/ The Lagrangian relaxation lies in two crucial points: which constraints to relax and how to solve the Lagrangian dual.