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首页> 外文期刊>International journal of industrial and systems engineering >Fixed and flexible shape facility layout problems using biogeography-based optimisation algorithm
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Fixed and flexible shape facility layout problems using biogeography-based optimisation algorithm

机译:使用基于生物地理的优化算法的固定和灵活的形状设施布局问题

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摘要

For any manufacturing and production industry to be efficient in terms of revenue, the layout of the industry must be arranged to minimise the total material handling and transporting cost of that industry. All the facilities, machines, storage, etc. are allocated in the layout in an optimum manner. While designing a layout, the planner has to allocate equal or unequal shape facilities on the available layout space to minimise the distance between the facilities which are having maximum material flow. The problem concerned with assigning facilities to the floor is mentioned as facility layout problem (FLP). This paper focuses on unequal area FLPs with fixed shape and flexible shape facilities. Biogeography-based optimisation (BBO) algorithm is one of the metaheuristic methods emerged in recent times to cope with various optimisation problems. Therefore, BBO is considered to solve unequal are FLPs. The results obtained using BBO algorithm are compared and found better than previous known results.
机译:对于任何制造业和生产行业在收入方面有效,行业的布局必须安排,以尽量减少该行业的总物质处理和运输成本。所有设施,机器,存储等都以最佳的方式在布局中分配。在设计布局时,规划器必须在可用布局空间上分配相同或不等的形状设施,以最小化具有最大材料流的设施之间的距离。作为设施布局问题(FLP),提到了涉及将设施分配给地板的问题。本文侧重于固定形状和柔性设施的不等面积FLP。基于生物地理的优化(BBO)算法是近一次出现的成群质方法之一,以应对各种优化问题。因此,BBO被认为是解决不平等的flps。使用BBO算法获得的结果比以前的已知结果更好。

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