CARs-Lands: An associative classifier for large-scale datasets

作者:

Highlights:

• This paper presents an efficient distributed associative classifier (CARs-Lands).

• In CARs-Lands, local association rules lead to more accurate prediction, because each test instance is classified by the association rules of their nearest neighbors in the training datasets.

• The proposed approach is evaluated in terms of accuracy on six real-world large-scale datasets against four other recent and well-known methods.

• The experiment results show that the proposed classification method has a high prediction accuracy and is highly competitive when compared to other classification methods.

摘要

•This paper presents an efficient distributed associative classifier (CARs-Lands).•In CARs-Lands, local association rules lead to more accurate prediction, because each test instance is classified by the association rules of their nearest neighbors in the training datasets.•The proposed approach is evaluated in terms of accuracy on six real-world large-scale datasets against four other recent and well-known methods.•The experiment results show that the proposed classification method has a high prediction accuracy and is highly competitive when compared to other classification methods.

论文关键词:Classification association rules (CARs),Associative classifier,Big data,Large-scale datasets,Evolutionary algorithms

论文评审过程:Received 25 March 2019, Revised 5 September 2019, Accepted 24 November 2019, Available online 25 November 2019, Version of Record 2 December 2019.

论文官网地址:https://doi.org/10.1016/j.patcog.2019.107128