, and reduce costs for the organization. In this paper we propose new heuristic methods for automatic generation of rotating workforce schedules. The following methods are proposed: (1)Tabu search based algorithm, (2) Heuristic method based on min-conflicts heuristic, (3) A method that includes in the tabu

objectives will be met by the schedule and the mechanisms required to exploit the knowledge contained within this model. The advantages of such a predictive model are the control of the quality of schedules produced in a dynamic environment and increased search efficiency resulting from improved decision

cloud servers. Also, in order to speed up the convergent speed and improve the probing aptitude of our algorithm, a local search operative is introduced. Finally, the experiment demonstrates that the proposed algorithm is effectual and well-organized.

, and reduce costs for the organization. In this paper we propose new heuristic methods for automatic generation of rotating workforce schedules. To improve the quality of each heuristic method alone, we further propose the hybridization of these methods. The following methods are proposed: (1)A Tabu Search

techniques, which enhance the performance of the traffic scheduling processes for ATM systems. The shaper uses a parallel calendar-based VLSI architecture to speed up the processes of searching, computing priorities and updating pointers. Each organization involves processing elements able to perform simple

ABSTRACT Although production scheduling has been extensively studied, it is limited in the scope of applications. A mobile agent based flexible dynamic scheduling framework is presented in this article as a scheme to integrate various scheduling models, approaches, and algorithms, and flexibly

frameworks. Exploiting the parametric nature of the radar problem, these techniques allow significant reduction in sampling rate, implying potential power savings, while maintaining the systems estimation capabilities at sufficiently high signal-to-noise ratios. Here we present for the first time a design

, the problem has not been addressed for multi-threaded data-parallel workloads in which threads can be scheduled or constructed to improve inter-thread cache sharing. This paper proposes the symbiotic affinity scheduling (SAS) algorithm in which work is first partitioned according to the number of cores (i

that our algorithm can find these best solutions in 3 to 14 hours, on average. Pull moves appear quite effective and may also be useful for other local search algorithms for the problem. Additionally, we prove that pull moves are complete; that is, any pair of valid configurations are mutually reachable

I hereby declare that I have created this work completely on my own and used no other sources or tools than the ones listed, and that I have marked any citations accordingly. Hiermit versichere ich, dass ich die vorliegende Arbeit selbständig verfasst und keine anderen als die angegebenen Quellen und Hilfsmittel benutzt sowie Zitate kenntlich gemacht habe.