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Naive Bayes clusterer

机译:朴素贝叶斯集群器

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摘要

It is common practice to process labeled data with classifiers and unlabeled ones with clusterers. The idea of combining supervised and unsupervised learning methods to process data in a more efficient way leads to semi-supervised learning methods, which effectively utilizes both labeled and unlabeled data. However, the thought of processing unlabeled data with a combination of supervised and unsupervised methods to achieve better efficiency and accuracy calls for the proposal of a brand new clustering model that we call Naive Bayes Clusterer Model (NBCM). In this paper, we built NBCM based on an optimization problem of conditional probability and solved it by partitioning the hyperedges consists of learnt label groups from unsupervised learning. Extensive experiments were conducted and results on real data show that NBCM outperforms all other base clustering algorithms compared with the highest level of accuracy.
机译:通常的做法是使用分类器处理标记的数据,使用聚类器处理未标记的数据。将有监督和无监督学习方法相结合以更有效的方式处理数据的想法导致了半监督学习方法,该方法有效地利用了标记和未标记的数据。但是,通过结合监督和无监督方法来处理未标记数据以实现更高的效率和准确性的想法要求提出一种全新的聚类模型,我们将其称为“朴素贝叶斯聚类模型”(NBCM)。在本文中,我们基于条件概率的优化问题构建了NBCM,并通过划分由无监督学习中的学习标签组组成的超边来解决了该问题。进行了广泛的实验,并且在真实数据上的结果表明,与最高级别的准确性相比,NBCM优于所有其他基本聚类算法。

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