A Genetic Algorithm for Discovery of Association Rules

Wilson Soto, Amparo Olaya-Benavides
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引用次数: 19

Abstract

A genetic algorithm is proposed in this article for discovery of association rules. The main characteristics of the algorithm are: (1) The individual is represented as a set of rules (2) The fitness function is a criteria combination to evaluate the rule's quality - high precision prediction, comprehensibility and interestingness -- (3) Subset Size-Oriented Common feature Crossover Operator (SSOCF) is used in the crossover stage (4) mutation is calculated through non-symmetric probability and selection strategy through tournament and (5) the algorithm was implemented using the library lambdaj. Finally, the genetic algorithm effectiveness and the quality of the rule in the experimental results are shown.
关联规则发现的遗传算法
本文提出了一种用于关联规则发现的遗传算法。该算法的主要特点有:(1)将个体表示为一组规则(2)适应度函数是评价规则质量的标准组合-高精度预测,可理解性和趣味性-(3)在交叉阶段使用面向子集大小的公共特征交叉算子(SSOCF)(4)通过非对称概率计算突变,并通过比赛选择策略(5)使用lambdaj库实现算法。最后,在实验结果中验证了遗传算法的有效性和规则的质量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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