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HICCUP: Hierarchical Clustering Based Value Imputation using Heterogeneous Gene Expression Microarray Datasets

机译:HICCUP:使用异构基因表达式微阵列数据集的基于分层聚类的价值归档

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A novel microarray value imputation method, HICCUP1, is presented. HICCUP improves upon existing value imputation methods in the several ways. (1) By judiciously integrating heterogeneous microarray datasets using hierarchical clustering, HICCUP overcomes the limitation of using only single dataset with limited number of samples; (2) Unlike local or global value imputation methods, by mining association rules, HICCUP selects appropriate subsets of the most relevant samples for better value imputation; and (3) by exploiting relationship among the sample space (e.g., cancer vs. non-cancer samples), HICCUP improves the accuracy of value imputation. Experiments with a real prostate cancer microarray dataset verify that HICCUP outperforms existing approaches.
机译:提出了一种新颖的微阵列值归因方法HICCup1。 HICCUP以几种方式提高了现有的价值估算方法。 (1)通过使用分层聚类使异构微阵列数据集无论如何地集成异构微阵列数据集,HICcup克服了仅使用有限数量的样本数量的单个数据集的限制; (2)与本地或全球价值估算方法不同,通过采矿协会规则,HICcup选择最相关样本的适当子集以获得更好的价值估算; (3)通过利用样品空间(例如,癌症与非癌症样本)之间的关系,打嗝提高了价值估算的准确性。使用真正的前列腺癌微阵列数据集进行实验验证了HICcup优于现有的方法。

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