一种改进的大数据集序列模式挖掘算法

Jia Wu, Bing Lv, Wei Cui
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引用次数: 1

摘要

到目前为止,有许多经典的顺序模式挖掘算法。在这些算法中,PrefixSpan算法是应用最广泛的一种算法,该算法采用前缀投影技术,有效地避免了候选项,在一定程度上提高了挖掘效率,然而,PrefixSpan算法需要构建大量的投影数据库,并且构建投影数据库不仅需要消耗大量内存,而且需要增加大量的扫描时间,因此,在本文中,对PrefixSpan算法进行改进,提出了ISPA算法,该算法可以大大减少投影数据库的建立次数,从而提高序列模式挖掘的效率。首先,通过比较两种算法的挖掘结果,发现ISPA算法可以找到最重要的序列模式,从而令人满意。其次,从不同支持度、数据集类型和数据集大小三个方面进行实验。验证了ISPA算法优于PrefixSpan算法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Improved Sequential Pattern mining Algorithm based on Large Dataset
So far, there are many classical algorithms for sequential pattern mining. In these algorithms, PrefixSpan algorithm is one of the most widely used algorithm, the algorithm USES the prefix projection technology, effectively avoid the candidate item, to a certain extent, improve the efficiency of mining, however, need to construct a large number of projection database PrefixSpan algorithm, and constructs the projection database not only need to consume a lot of memory, and need to add a lot of scanning time, therefore, in this paper, the PrefixSpan algorithm is improved, and put forward the ISPA algorithm, this algorithm can greatly reduce the number of projection database building and thus improve the efficiency of sequential pattern mining First, by comparing the mining results of the two algorithms, it is found that ISPA algorithm can find the most important sequence pattern, thus satisfying. Secondly, experiments are performed on three aspects: different support, types of data sets, and size data sets. It is verifies that the ISPA algorithm is better than the PrefixSpan algorithm.
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