关联规则学习
计算机科学
树(集合论)
数据挖掘
算法设计
算法
联想(心理学)
数学
组合数学
认识论
哲学
标识
DOI:10.1109/icetci61221.2024.10594481
摘要
In this era of data abundance, extracting valuable information from the vast ocean of data has become a challenge and a necessity. Especially in the field of association rule mining, uncovering hidden and meaningful relationships between items plays a crucial role not only in the retail industry but also in diverse fields such as healthcare and bioinformatics. The FP-tree, as an efficient tool for mining frequent patterns, demonstrates superior performance in handling large datasets compared to the traditional Apriori algorithm. This paper delves into the FP-tree-based association rule mining algorithm, starting from the principles of the FP-tree algorithm, introducing improved FP-tree design and construction methods, and validating the algorithm’s effectiveness through experiments. Through this research, the aim is to provide a more efficient and accurate method for mining association rules in handling large-scale datasets.
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