| Summary: | 碩士 === 東海大學 === 工業工程與經營資訊學系 === 92 === In this study, we propose an algorithm for the scheduling problem in machine tool industry with considering the constraints from the supply of critical parts based on Drum-Buffer-Rope (DBR) philosophy. In the literature, most of the DBR-based algorithms solve the scheduling problems in industries other than machine tool industry. The production systems in machine tool industry usually have the following characteristics; namely, long flow time and manufacturing processes with reentrants, …, etc. These characteristics makethe decision-making scenario is very different from others, and one is not able tosatisfactorily solve the scheduling problem by directly applying those DBR-based algorithms in the literature. Also, most of the existing DBR-based algorithms assume that the supply of materials will not be the constraints of the production system. In order to make it match with the real-world cases, we take into accounts the constraints from the supply of critical parts in the proposed DBR-based algorithm. By integrating our scheduling algorithms with friendly
interfaces, we provide a proto-type information system as an effective decision support system for the managers of the production systems in machine industry.
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