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A novel algorithm of cell formation with alternative machines and multiple-operation-type machines

机译：一种新型电池形成算法，替代机器和多功能型机器

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摘要

Several different machines can often perform the same type of operation, so an operation can be performed on a part by selecting any of the machines offering that same function. Moreover, many machines are not limited to performing only one type of operation on a part, so a part can be fabricated using a single machine to perform more than one operation. Some papers have discussed alternative routings and machines, but have not considered a machine that can perform more than one operation on a part. The concept of using an alternative machine capable of performing several operation types was only introduced into group technology (GT) in 2014. In this paper, the major purpose is to improve traditional GT with considering alternative machines and multiple-operation-type machines. A novel algorithm is proposed. The result can recommend which machine can be used to provide which type of operation on a specific part. Two numerical examples are presented to compare the algorithm with others. Especially, there are sixty-four resolutions that could be suggested to the manager in numerical example one. The traditional GT algorithm cannot solve this problem. Occasionally, more than one result with the same GT efficiency can be provided.
机译：几种不同的机器通常可以执行相同类型的操作，因此可以通过选择提供相同功能的任何机器在零件上执行操作。此外，许多机器不限于在部件上仅执行一种类型的操作，因此可以使用单个机器来制造一部分以执行多于一个操作。有些论文已经讨论了替代路线和机器，但尚未考虑一个可以在零件上执行多个操作的机器。使用能够执行多种操作类型的替代机的概念仅在2014年引入群体技术（GT）。本文主要目的是通过考虑替代机和多功能型机来改善传统GT。提出了一种新颖算法。结果可以推荐哪种机器可用于提供特定部件上的操作类型。提出了两个数值例子以将算法与他人进行比较。特别是，有六十四分辨率可以在数字示例中向经理建议。传统的GT算法无法解决此问题。偶尔，可以提供多个具有相同GT效率的结果。

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