Hierarchical Control of Production Flow based on Capacity Allocation for Real-Time Scheduling of Manufacturing System

Abstract : This paper considers the modelling and simulation of a hierarchical production-flow control system. It uses a continuous control approach for machine capacity allocation at the design level and real time scheduling at the shop-floor level. Particularly, at the design level, the control of machine throughput 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. At the shop-floor level, the problem of scheduling of jobs is considered. In this case, the priority of jobs (actual dispatching times) is determined from the continuous production rates through a discretization procedure. A case study demonstrates the efficiency of the proposed methodology through a simulation case study.
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Communication dans un congrès
ETFA 2009, Sep 2009, Mallorca, Spain. pp.CD ROM, 2009
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Karim Tamani, Reda Boukezzoula, Georges Habchi. Hierarchical Control of Production Flow based on Capacity Allocation for Real-Time Scheduling of Manufacturing System. ETFA 2009, Sep 2009, Mallorca, Spain. pp.CD ROM, 2009. 〈hal-00403804〉

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