Application of a continuous supervisory fuzzy control on a discrete scheduling of manufacturing systems.

Abstract : This paper considers the modelling and simulation of a hierarchical production-flow control system. Particularly, the system capacity allocation has been addressed by a set of distributed and supervised fuzzy controllers. The objective is to adjust the machine's production rates in such a way that satisfies the demand while maintaining the overall performances within acceptable limits. Given the adjusted production rates, the problem of scheduling of jobs is considered at the shop-floor level. In this case, the actual dispatching times are determined from the continuous production rates through a sampling procedure. To deal with conflicts between jobs at a shared machine, a decision for the actual part to be processed is taken using some criteria which represent a measure of the job's priority. A case study demonstrates the efficiency of the proposed control approach.
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Communication dans un congrès
IFAC. 8ème Conf. Internationale de MOdélisation et SIMulation (MOSIM'10), May 2010, Hammamet, Tunisia. pp.CD, 2010
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Karim Tamani, Reda Boukezzoula, Georges Habchi. Application of a continuous supervisory fuzzy control on a discrete scheduling of manufacturing systems.. IFAC. 8ème Conf. Internationale de MOdélisation et SIMulation (MOSIM'10), May 2010, Hammamet, Tunisia. pp.CD, 2010. 〈hal-00586426〉

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