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Research Article Open access CC BY 4.0

Improved FTWeightedHashT Apriori Algorithm for Big Data using Hadoop-MapReduce Model

Sarem M. Ammar, Fadl M. Ba-Alwi

Journal of Advances in Mathematics and Computer Science · pp. 1–11 · Published 9 Apr 2018

10.9734/JAMCS/2018/39635

Abstract

The most significant problem of data mining is the frequent itemset mining on big datasets. The best-known basic algorithm for frequent mining itemset is Apriori. Due to the drawbacks of Apriori algorithm, many improvements have been done to make Apriori better, efficient and faster. We have reviewed over 100 papers related to this work that include enhancements be done to improve Apriori algorithm. Weighted based Apriori and Hash Tree based Apriori are the most significant improvements. One of the recent papers integrated the weight concept of weighted Apriori and Hash tree construction concept of Hash Tree Apriori to produce a hybrid Apriori algorithm named WeightedHashT. In this paper, we aim to propose a new approach to improve WeightedHashT Apriori algorithm on big data using Hadoop-MapReduce model by employing the transaction filtering technique. The experiment of this work using different datasets manifests that the proposed algorithm is efficient and effective regarding execution time.

Big data hadoop mapreduce apriori frequent itemset mining.

Cited by 5

Binary image description using frequent itemsets

K. Aznag, T. Datsi, A. El Oirrak · Journal of Big Data · 2020

Efficient Apriori Algorithm using Enhanced Transaction Reduction Approach

Jeanie R. Delos Arcos, A. Hernandez · International Conference on Telecommunication Systems, Services, and Applications · 2019

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