A CLONALG-based approach for the set covering problem

Masruba Tasnim, S. Rouf, Mohammad Sohel Rahman
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引用次数: 5

Abstract

In this paper, we have proposed a CLONALG-based simple heuristics, which is one of the most popular artificial immune system (AIS) models, for the non-unicost set covering problem (SCP). It is well known that SCP is NP-hard problem that can model several real world situations such as crew scheduling in airlines, facility location problem, production planning in industry etc. In real cases, the problem instances can reach huge sizes, making the use of exact algorithms impracticable. So, for finding practically efficient approaches for solving SCP, different kind of heuristic approaches have been applied in the literature. To the best of our knowledge our work here, is the first attempt to solve SCP using Artificial Immune System. We have evaluated the performance of our algorithm on a number of benchmark instances. Computational results have shown that it is capable of producing high-quality solutions.
集合覆盖问题的一种基于clonag的方法
本文针对非单成本集覆盖问题(SCP),提出了一种基于clonag的简单启发式算法,这是目前最流行的人工免疫系统(AIS)模型之一。众所周知,SCP是np困难问题,它可以模拟一些现实世界的情况,如航空公司的机组调度、设施选址问题、工业生产计划等。在实际情况下,问题实例可能会达到巨大的规模,使得使用精确的算法变得不切实际。因此,为了寻找实际有效的解决SCP的方法,文献中应用了不同类型的启发式方法。据我们所知我们的工作,是第一次尝试用人工免疫系统解决SCP。我们已经在许多基准测试实例上评估了算法的性能。计算结果表明,该方法能够产生高质量的解。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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