最適フレキシブル生産システムの設計とロバストシステムの選択

概要

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This paper is concerned with the fundamental design of the FMS. The problem considered here is twofold. First, given a demand pattern, which provides a set of the kind and volume of parts to be produced. the problem is to determine the machine requirements and workload allocation among the machines so as to minimize the total production cost subject to the capacity and technological constraints. This problem is formulated as an integer programming problem and an efficient solution procedure based on a branch and bound method is proposed in detail. Second, the problem is to select the most robust manufacturing system over several demand patterns which will be realized according to their estimated probabilities. The robust system will have the minimum expected value of opportunity loss over these demand patterns. The methodology is presented and demonstrated via an example problem.
一般社団法人日本機械学会の論文
1989-11-25