INTERACTIVE DECISION SYSTEM IN STOCHASTIC MULTIOBJECTIVE SCHEDULING TO MINIMIZE THE EXPECTED VALUE AND VARIANCE OF TOTAL FLOW TIME

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概要

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• Stochastic two-objective scheduling to minimize both the expected value and the variance of total flow time is one of the most interesting subjects for shop-floor managers. This paper develops a heuristic method for generating a set of nondominated schedules to this two-objective scheduling problem in a parallel machine case, on the basis of the heuristic method proposed for a single machine case by Jung et al.(1990). Introducing some new categories of the set of nondominated schedules, this paper proposes an interactive system (ISMSS) for selecting a preferred schedule from among the set of nondominated schedules.

• 社団法人日本オペレーションズ・リサーチ学会の論文

著者

• Nagasawa H

  Osaka Prefecture University

• Nagasawa Hiroyuki

  Osaka Prefectural College Of Technology

• Shing Chue

  Osaka Prefecture University

関連論文

• OPTIMAL COOPERATIVE HARVESTING PATTERNS OF AGRICULTURAL FRESH PRODUCTS IN CASE OF MULTIPLE FARMERS AND MULTIPLE MARKETS UNDER PERIODICAL FLOWERING
• INTERACTIVE DECISION SYSTEM IN STOCHASTIC MULTIOBJECTIVE SCHEDULING TO MINIMIZE THE EXPECTED VALUE AND VARIANCE OF TOTAL FLOW TIME
• Robust Optimal Reorder Points with Uncertain Lead Time(Theory and Methodology)

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