Performance Analysis of MODENAR and MOEA for Mining Association Rules

Tazeen Tasneem, Tabeen Tasneem, M. M. Jahangir Kabir
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引用次数: 1

Abstract

Evolutionary algorithms have significant impact on association rule mining. These algorithms can be single objective or multi-objective, depending on the intended result. Both Multi-Objective Evolutionary Algorithm (MOEA) and Multi-Objective Differential Evolution Algorithm for Mining Numeric Association Rules (MODENAR) are multi-objective algorithms but uses different objectives. MOEA is an algorithm that mines association rules from a dataset that contains any type of attributes. Contrarily, MODENAR was proposed for mining numeric association rules and this algorithm was not compared to any other algorithms by the authors. To our apprehension, no such work has been done till now that compares MODENAR with other association rule mining algorithms. So, this paper will compare MODENAR with another association rule mining algorithm, named MOEA and demonstrate the results by applying above mentioned algorithms on different datasets.
关联规则挖掘的modar和MOEA性能分析
进化算法对关联规则挖掘有重要影响。这些算法可以是单目标或多目标,这取决于预期的结果。多目标进化算法(MOEA)和多目标数值关联规则挖掘差分进化算法(MODENAR)都是多目标算法,但使用的目标不同。MOEA是一种从包含任何类型属性的数据集中挖掘关联规则的算法。相反,作者提出了用于挖掘数字关联规则的MODENAR算法,并且没有将该算法与任何其他算法进行比较。据我们所知,到目前为止还没有这样的工作将MODENAR与其他关联规则挖掘算法进行比较。因此,本文将MODENAR与另一种关联规则挖掘算法MOEA进行比较,并通过在不同数据集上应用上述算法来演示结果。
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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