The Squeezing Method : Calculating Capacity Requirements for Finite Capacity Scheduling(<Special English Issue>Global Supply Chain Management)

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概要

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• Finite Capacity Scheduling(FCS) has a major drawback because it is difficult to calculate the necessary capacity adjustment for each day and for each work center. To overcome this shortcoming, the authors have developed the Squeezing Method. A key element of this method is the compression coefficient. When backward scheduling is used and the start times of orders go back to past dates, the compression coefficient reduces the lead time of the total operation. This "squeezing" is necessary when the arrival work-load level is above a certain amount. The arrival load ratio at which it becomes necessary to compress the lead time to avoid delays is defined in the study as the marginal arrival load ratio. Finally, the authors present an equation for estimating the optimum compression coefficient for a given simulation model. Using the equation, the optimum compression coefficient can be determined and the capacity increase requirements per day and per work center can be calculated.

• 社団法人日本経営工学会の論文
• 2007-02-15

著者

• Fukushima Kazunobu

  Josai University

• Kiuchi Masamitsu

  Josai University

• Ho Niville

  Josai University

関連論文

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• The Squeezing Method : Calculating Capacity Requirements for Finite Capacity Scheduling(Global Supply Chain Management)
• The Supply Chain management of the Consumer Electronics Industry in China : A Comparative case Study of Three Transnational Companies

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