Using Visual Interpretation of Small Ensembles in Microarray Analysis

G. Štiglic, M. Mertik, V. Podgorelec, P. Kokol
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引用次数: 15

Abstract

Many different classification models and techniques have been employed on gene expression data. These computational methods are in rapid and continuous evolution and there is no clear consensus on which methods are best to cope with the complex microarray data analysis. Currently ensembles of classifiers are regarded as one of the best classification techniques as they can achieve excellent classification accuracy in comparison to single classifiers methods. One of their main drawbacks is their incomprehensibility. This paper addresses the important issue of the tradeoff between accuracy and comprehensibility when building ensembles and proposes a novel visual technique for interactive interpretation of the knowledge from the small ensembles consisting of only a few decision trees. This way we can achieve better accuracy compared to single classifier, but still maintain a certain level of comprehensibility in small ensembles. The results show that our small ensembles outperform the single classifiers and still retain comprehensibility. Our study also points out that in order to take advantage of our proposed method we need more effective small ensemble building techniques
在微阵列分析中使用小集成的视觉解释
许多不同的分类模型和技术被用于基因表达数据。这些计算方法处于快速和持续的发展中,对于哪种方法最适合处理复杂的微阵列数据分析还没有明确的共识。目前,集成分类器被认为是最好的分类技术之一,因为与单一分类器方法相比,集成分类器可以获得更好的分类精度。它们的主要缺点之一是难以理解。本文解决了构建集成时准确性和可理解性之间权衡的重要问题,并提出了一种新的视觉技术,用于从只有少数决策树组成的小集成中交互解释知识。与单一分类器相比,这种方法可以获得更好的准确性,但在小型集成中仍然保持一定程度的可理解性。结果表明,我们的小集成优于单一分类器,并且仍然保持可理解性。我们的研究还指出,为了利用我们提出的方法,我们需要更有效的小集成构建技术
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