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Classification and Analysis of Frequent Subgraphs Mining Algorithms

机译:频繁子图挖掘算法的分类与分析

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摘要

In recent years, data mining in graphs or graph mining have attracted much attention due to explosive growth in generating graph databases. The graph database is one type of database that consists of either a single large graph or a number of relatively small graphs. Some applications that produce graph database are as follows: Biological networks, semantic web and behavioral modeling. Among all patterns occurring in graph database, mining frequent subgraphs is of great importance. The frequent subgraph is the one that occurs frequently in the graph database. Frequent subgraphs not only are important themselves but also are applicable in other aspects of data analysis and data mining tasks, such as similarity search in graph database, graph clustering, classification, indexing, etc. So far, numerous algorithms have been proposed for mining frequent subgraphs. This study aims to create overall view of the algorithms through the analysis and comparison of their characterizations. To achieve the aim, the existing algorithms are classified based on their graph database and their subgraph generation way. The proposed classification can be effective in choosing applications appropriate algorithms and determination of graph mining new methods in this regard.
机译:近年来,由于生成图形数据库的爆炸性增长,图形中的数据挖掘或图形挖掘引起了人们的广泛关注。图数据库是一种数据库,它由一个大图或多个相对较小的图组成。产生图形数据库的一些应用程序如下:生物网络,语义网和行为建模。在图数据库中出现的所有模式中,挖掘频繁的子图非常重要。频繁子图是在图数据库中频繁出现的子图。频繁子图不仅本身很重要,而且还适用于数据分析和数据挖掘任务的其他方面,例如图数据库中的相似性搜索,图聚类,分类,索引等。到目前为止,已经提出了许多算法来进行频繁挖掘子图。本研究旨在通过分析和比较其特征来创建算法的整体视图。为了达到该目的,现有算法基于图数据库和子图生成方式进行分类。在这方面,建议的分类可以有效地选择适合的应用程序算法和确定图挖掘新方法。

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