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A Method of Association Rule Analysis for Incomplete Database Using Genetic Network Programming

机译:基于遗传网络编程的不完全数据库关联规则分析方法

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A method of association rule mining from incomplete databases is proposed using Genetic Network Programming (GNP). GNP is one of the evolutionary optimization techniques, which uses the directed graph structure. An incomplete database includes missing data in some tuples. Previous rule mining approaches cannot handle incomplete data directly. The proposed method can extract rules directly from incomplete data without generating frequent itemsets used in conventional approaches. In this paper, the proposed method is combined with difference rule mining using GNP for flexible association analysis. We have evaluated the performances of the rule extraction from incomplete medical datasets generated by random missing values. In addition, artificial missing values for privacy hiding are considered using the proposed method.
机译:提出了一种利用遗传网络程序设计(GNP)从不完整数据库中挖掘关联规则的方法。 GNP是使用有向图结构的进化优化技术之一。一个不完整的数据库在某些元组中包含丢失的数据。以前的规则挖掘方法无法直接处理不完整的数据。所提出的方法可以直接从不完整的数据中提取规则,而无需生成常规方法中使用的频繁项集。本文将提出的方法与基于GNP的差异规则挖掘相结合,进行了灵活的关联分析。我们评估了从随机缺失值生成的不完整医学数据集中提取规则的性能。另外,使用所提出的方法考虑了用于隐私隐藏的人为的缺失值。

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