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Integration of Distributed Biological Data Using Modified K-Means Algorithm

机译:改进的K均值算法集成分布式生物数据

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摘要

The goals of bioinformatics are the solving of biological questions and the active driving of the work of biologists by offering search and analysis methods for research data. The internet brings us distributed environments in which we can access the databases of various research groups. However, a very large quantity of data always causes trouble, creating crucial problems, such as problems with the search for and analysis of data in these distributed environments. Data clustering can be a solution when searching for data. However, this task is very tedious because its execution time is directly proportional to the volume of data. In this paper we propose a distributed clustering scenario and a modified K-means algorithm for the efficient clustering of biological data, and demonstrate the enhancement in performance that it brings.
机译:生物信息学的目标是解决生物学问题,并通过提供研究数据的搜索和分析方法来积极推动生物学家的工作。互联网为我们带来了分布式环境,在其中我们可以访问各个研究小组的数据库。但是,大量的数据总是会造成麻烦,从而造成严重的问题,例如在这些分布式环境中的数据搜索和分析问题。搜索数据时,数据集群可以是一种解决方案。但是,此任务非常繁琐,因为其执行时间与数据量成正比。在本文中,我们为生物数据的有效聚类提出了分布式聚类场景和改进的K-means算法,并展示了其带来的性能增强。

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