1A2 SHIP SCHEDULING IN THE STEEL INDUSTRY : A ROSSING-HORIZON AND APPROXIMATE DYNAMIC PROGRAMMING APPROACH

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概要

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• A rolling-horizon and approximate dynamic programming approach for ship scheduling in the steel industry is studied. The planning problem to determine the ship schedules is formulated as a set covering problem. In this set covering formulationm we assume that the data are static. However, in ship operations, there is much uncertainty. In order to deal with uncertainty, we use a rolling-horizon and approximate dynamic programming approach.

• 一般社団法人日本機械学会の論文
• 2009-07-04

著者

• Kubo Mikio

  Department Of Logistics And Information Engineering Tokyo University Of Marine Science And Technolog

• Kubo Mikio

  Department Of Information Engineering And Logistics Tokyo University Of Mercantile Marine

• Seta Takahiro

  Center For Logistics Research National Maritime Research Institute

• Kobayashi Kazuhiro

  Center for Logistics Research National Maritime Research Institute

• Kubo Mikio

  Department of Industrial Engineering and Management, Waseda University

関連論文

• 1A2 SHIP SCHEDULING IN THE STEEL INDUSTRY : A ROSSING-HORIZON AND APPROXIMATE DYNAMIC PROGRAMMING APPROACH
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