5B3 DETERMINING REORDER INTERVALS FOR GENERAL PRODUCTION-DISTRIBUTION SYSTEMS

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概要

• 論文の詳細を見る

• This paper considers the lot sizing problem for general production-distribution systems with multiple end-items. Independent demand can occur for any item besides end items, but is assumed constant over time. The problem is formulated as an infinite horizon problem in terms of cycle times (reorder intervals) with the objective of minimizing the average setup and echelon holding costs per period for the entire system. Only nested policies are considered. The algorithm is tested on serial, assembly, distribution, and general systems with 40 or more modes.

• 一般社団法人日本機械学会の論文
• 2009-07-04

著者

• Schmidt Charles

  Department Of Information Systems Statistics And Management Science The University Of Alabama

• Dhakar Tej

  Department of Quantitative Studies, Operations and Project Management Southern New Hampshire Univers

• Tamura Takayoshi

  Department of Management and Systems Engineering Nagoya Institute of Technology

• Dhakar Tej

  Depart Emt Pf Quantitative Studies Operations And Project Management Southern New Hampshire Universi

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• 5B3 DETERMINING REORDER INTERVALS FOR GENERAL PRODUCTION-DISTRIBUTION SYSTEMS
• 4B3 EFFICIENT HEURISTICS FOR DETERMINING NEAR-OPTIMAL LOT SIZES FOR MRP SYSTEMS
• Formulation of an Optimal Production Sequencing Problem in a Complex Free Flow Assembly Line
• A Procedure for a Multi-Item and Multistage Production Planning Problem

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