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A greedy algorithm to determine the number of transporters in a cyclic electroplating process.(Scheduling & Logistics)

About 22 pages (6,707 words)

IIE Transactions, May 1st, 1996

This paper presents a local optimization algorithm for minimizing the number of transporters required for material handling in a cyclic processing line. Within a cycle, a given set of transportation operations must be performed. Each operation consists of picking up a work-in-process job at a stage and delivering it to the next stage. The length of time that a job can remain at a particular stage is restricted by a time window. The transporters that perform the operations move on a shared track, and traffic collisions must be avoided during their movements. To avoid traffic collisions, the ope...

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Armstrong, Ronald; Gu, Shanhong; Lei, Lei. IIE Transactions, May 1st, 1996. A greedy algorithm to determine the number of transporters in a cyclic electroplating process.(Scheduling & Logistics). Content provided by HighBeam Research.



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