Effectiveness Research of the Apriori Algorithm Implementations as Part of the Recommendation System

Igor M. Stubarev, Olga K. Alsowa, A. Yakimenko
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Abstract

The article presents a comparison of the author's implementation of the Apriori algorithm with implementation presented in the Accord.NET library. A comparison of various parallel implementations of this algorithm is also shown. The main objective of the article is evaluating the efficiency of the Apriori affinity analysis algorithm implementation by the speed of creating an association rules list. The results of testing on the data provided by the company “FB Consult” are given. The test results show an increase in performance of the optimized parallelized implementation by about 5.28 times compared to the implementation from Accord.NET. This article clearly shows that optimization of the algorithm in order to reduce the running time by using binary vectors and operations on them gives more significant speedup than parallelization. Whereas when parallelizing, attention should be paid to the computation of support for association rules, because based on the results of this function, most of the association rules will be eliminated.
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推荐系统中Apriori算法实现的有效性研究
本文将作者实现的Apriori算法与Accord中给出的实现进行了比较。网络图书馆。并对该算法的各种并行实现进行了比较。本文的主要目的是通过创建关联规则列表的速度来评估Apriori亲和分析算法实现的效率。给出了对“FB Consult”公司提供的数据进行测试的结果。测试结果表明,优化后的并行化实现与基于Accord.NET的实现相比,性能提高了5.28倍。本文清楚地表明,为了减少运行时间而对算法进行优化,通过使用二进制向量并对其进行操作,可以获得比并行化更显著的加速。而在并行化时,需要注意关联规则支持度的计算,因为基于该函数的结果,大部分关联规则将被消除。
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