Large-Scale Distributed Linkage of Records Containing Spatio-Temporal Information

Dimitrios Karapiperis, A. Gkoulalas-Divanis, Vassilios S. Verykios
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Abstract

Spatio-temporal information is increasingly made available in modern data sets, together with traditional numerical and categorical attributes. Such information can play a vital role in deciding whether two records, coming from disparate data sources, correspond to the same real-world entity. Linkage of records containing spatio-temporal information requires novel linkage methods and is usually associated with a significant computational overhead. To reduce computational costs, in this paper, we propose the first Spark-based approach for distributed, on-demand, spatio-temporal linkage. Through experimental evaluation, we illustrate that our Spark-based approach achieves (on average) 35% performance improvement compared with the respective Map/Reduce-based implementation.
包含时空信息的记录的大规模分布式链接
在现代数据集中,时空信息与传统的数字和分类属性一起越来越多地提供。在决定来自不同数据源的两条记录是否对应于同一个现实世界实体时,此类信息可以发挥至关重要的作用。包含时空信息的记录的链接需要新颖的链接方法,并且通常伴随着显著的计算开销。为了降低计算成本,在本文中,我们提出了第一个基于spark的分布式、按需、时空链接方法。通过实验评估,我们证明了基于spark的方法与相应的基于Map/ reduce的实现相比(平均)实现了35%的性能提升。
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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