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Design and Implementation of an Improved Apriori Data Mining Algorithm

机译:改进的Apriori数据挖掘算法的设计与实现

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The need to scan the database D many times when the Apriori algorithm is applied to a large database causes the I/O load overhead of the disk to increase. An improved Apriori algorithm is designed. After scanning the original database D for the first time, it generates a candidate transaction database A_k. In the process of generating frequent itemsets, the candidate transaction database A_k is scanned each time. Experiments show that if the K value is very large, the number of A_k will be much less than that of the original database, which will solve the problem of I/O overload and reduce operation time, so as to achieve the purpose of optimizing Apriori algorithm.
机译:需要扫描数据库D多次扫描到大型数据库的APRiori算法导致磁盘的I / O负载增加到增加。设计了一种改进的APRIORI算法。在第一次扫描原始数据库D之后,它会生成候选事务数据库A_K。在生成频繁项目集的过程中,每次扫描候选事务数据库A_K。实验表明,如果k值非常大,A_K的数量将远低于原始数据库的数量,这将解决I / O过载的问题并减少操作时间,以达到优化APRiori的目的算法。

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