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Predicting Yeast Protein Localization Sites by a New Clustering Algorithm Based on Weighted Feature Ensemble

机译:基于加权特征集合的新聚类算法预测酵母蛋白质定位位点

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The analysis of protein localization sites is an important task in bioinformatics. Predicting the yeast protein localization sites is a promising domain among numerous research methods based on the yeast protein measurement data which have multiple indexes/features. In order to reflect the different contributions of those features to predicting tasks, a clustering algorithm based on weighted feature ensemble (WFE) is proposed to predict yeast protein localization sites on the basis of the gathered yeast protein localization data. WFE process firstly assigns different weights to features, and then the results are computed and presented to obtain the best outcome. Experimental results on our algorithm based on WFE and other several clustering algorithms based on the ideas of weighted features have shown that our new algorithm outperformed the other feature weighting type algorithms in accuracy and stability.
机译:蛋白质定位位点的分析是生物信息学中的重要任务。在具有多个指标/特征的基于酵母蛋白质测量数据的众多研究方法中,预测酵母蛋白质定位位点是一个有前途的领域。为了反映这些特征对预测任务的不同贡献,提出了一种基于加权特征集合(WFE)的聚类算法,以基于收集的酵母蛋白质定位数据预测酵母蛋白质定位位点。 WFE过程首先为特征分配不同的权重,然后对结果进行计算和呈现以获得最佳结果。对基于WFE的算法和其他几种基于加权特征思想的聚类算法的实验结果表明,我们的新算法在准确性和稳定性方面均优于其他特征加权类型算法。

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