Production and corrective maintenance control problem for failure prone systems with demand uncertainty

Abstract

The production and corrective maintenance control problem of failure prone systems with demand uncertainty were dealt with. A variable demand resource is involved in the production and corrective maintenance control problems of failure prone systems, which switches randomly between zero and a maximum level. The optimal single-hedging point policy for the production and corrective maintenance may be replaced by a double-hedging point policy respectively. Their analytical solution is obtained. Considering the relationship of production, corrective maintenance and demand variable, an approximate single-hedging point control policy is proposed. Numerical results are presented.

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Cite this paper

@article{Jun2004ProductionAC, title={Production and corrective maintenance control problem for failure prone systems with demand uncertainty}, author={Liu Jun and Li Ping and Song Chunyue}, journal={Fifth World Congress on Intelligent Control and Automation (IEEE Cat. No.04EX788)}, year={2004}, volume={2}, pages={1074-1078 Vol.2} }