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Clustering Approach Using Artificial Bee Colony Algorithm for Healthcare Waste Disposal Facility Location Problem

机译:人工蜂群算法在医疗废物处置设施选址问题上的聚类方法

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In this study, an Artificial Bee Colony (ABC) based clustering algorithm is proposed for solving continuous multiple facility location problems. Unlike the original version applied to multivariate data clustering, the ABC based clustering here solves the two-dimensional clustering. On the other hand, the multiple facility location problem the proposed clustering algorithm deals with is aimed to find site locations for healthcare wastes. After applying ABC based clustering algorithm on test data, a real-world facility location problem is solved for identifying healthcare waste disposal facility locations for Istanbul Municipality. Geographical coordinates and healthcare waste amounts of Istanbul hospitals are used to decide the locations of sterilization facilities to be established for reducing the medical waste generated. ABC based clustering is performed for different number of clusters predefined by Istanbul Metropolitan Municipality, and the total cost—the amount of healthcare waste produced by a hospital, multiplied by its distance to the sterilization facility—is calculated to decide the number of facilities to be opened. Benchmark results with four algorithms for test data and with two algorithms for real world problem reveal the superior performance of the proposed methodology.
机译:在这项研究中,提出了一种基于人工蜂群(ABC)的聚类算法来解决连续的多个设施选址问题。与应用于多元数据聚类的原始版本不同,此处基于ABC的聚类解决了二维聚类问题。另一方面,提出的聚类算法处理的多设施位置问题旨在寻找医疗废物的位置。在对测试数据应用基于ABC的聚类算法后,解决了用于识别伊斯坦布尔市医疗废物处置设施位置的实际设施位置问题。伊斯坦堡医院的地理坐标和医疗废物数量用于确定要建立的灭菌设施的位置,以减少产生的医疗废物。对伊斯坦布尔大都会市预定义的不同数量的集群执行基于ABC的集群,并计算总成本(医院产生的医疗废物量乘以医院与灭菌设施的距离)来确定要使用的设施数量开了使用四种用于测试数据的算法和两种用于现实世界问题的算法的基准测试结果表明了所提出方法的优越性能。

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