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Mining Gene Network by Combined Association Rules and Genetic Algorithm

机译:通过组合关联规则和遗传算法挖掘基因网络

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As gene expression datasets become larger and larger, mining the interaction between genes from large scale gene expression data will be rendered difficult extremely. In this paper, we proposed to combine association rules with genetic algorithm (GA) to mine gene networks from global gene expression data. Firstly, the association rules algorithm is improved from the limitation of the frequent itemsets, the compression of the transaction database and the stored forms of the records in the transaction database for decreasing the computational complexity of this algorithm: Then, the mined rules are further optimized by the genetic algorithm. The efficient combination between two algorithms is realized through the reasonable design of Coding/Decoding, fitness function and genetic manipulation in GA. An optimizing selection operator is introduced in order to enhance the searching efficiency of GA. Finally, the computational tests have showed that the method combined by association rule and genetic algorithm can mine some important interactions between genes from global gene expression datasets.
机译:随着基因表达数据集变大,较大,从大规模基因表达数据之间的基因之间的相互作用将难以极大。在本文中,我们建议将关联规则与遗传算法(GA)与全局基因表达数据中的矿物基因网络相结合。首先,从频繁项目集的限制,交易数据库的压缩和事务数据库中的记录的压缩来提高关联规则算法,以减少该算法的计算复杂度:然后,进一步优化了开采的规则通过遗传算法。通过在GA中的编码/解码,健身功能和遗传操作的合理设计实现了两种算法之间的有效组合。介绍了优化选择操作员以提高GA的搜索效率。最后,计算测试表明,通过关联规则和遗传算法组合的方法可以在全局基因表达数据集之间挖掘基因之间的一些重要相互作用。

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