search query: @author Mabert, V.A. / total: 5
reference: 2 / 5
Author: | Davis, D.J. Mabert, V.A. |
Title: | Order dispatching and labor assignment in cellular manufacturing systems |
Journal: | Decision Sciences
2000 : FALL, VOL. 31:4, p. 745-771 |
Index terms: | HUMAN RESOURCE MANAGEMENT MATHEMATICAL MODELS PRODUCTION SCHEDULING |
Freeterms: | CELLULAR MANUFACTURING ORDER DISPATCHING |
Language: | eng |
Abstract: | Although order and labor dispatching in the job shop manufacturing setting have been investigated extensively over the last three decades, its representation of actual processes found in practice today is limited due to the move to cellular manufacturing (CM). Manufacturing cells have become an important approach to batch manufacturing in the last two decades, and their layout structure provides a dominant flow structure for the part routings. The flow shop nature of manufacturing cells adds a simplifying structure to the problem of planning worker assignments and order releases, which makes it more amenable to the use of optimization techniques. In this paper the authors exploit this characteristics and present two mathematimatical modeling approaches for making order dispatching and labor assignment/reassignment decisions in two different CM settings. |
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