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Unsupervised Ensemble Learning Based on Graph Embedding for Image Clustering

机译:基于图嵌入的无监督集成学习图像聚类

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Manifold learning has attracted more and more attention in machine learning for past decades. Unsupervised Large Graph Embedding (ULGE), which performs well on the large-scale data, has been proposed for manifold learning. To improve the clustering performance, a novel Unsupervised Ensemble Learning based on Graph Embedding (UEL-GE) is explored, which takes ULGE to get low-dimensional embed-dings of the given data and uses the K-means method to obtain the clustering results. Furthermore, the multiple clusterings are corrected by using the bestMap method. Finally, the corrected clusterings are combined to generate the final clustering. Extensive experiments on several data sets are conducted to show the efficiency and effectiveness of the proposed ensemble learning method.
机译:在过去的几十年中,流形学习在机器学习中吸引了越来越多的关注。已经提出了在大规模数据上表现良好的无监督大图嵌入(ULGE)用于流形学习。为了提高聚类性能,研究了一种新的基于图嵌入的无监督集成学习(UEL-GE),它利用ULGE来获取给定数据的低维嵌入,并使用K-means方法获得聚类结果。 。此外,通过使用bestMap方法可以纠正多个聚类。最后,将校正后的聚类合并以生成最终聚类。在几个数据集上进行了广泛的实验,以证明所提出的集成学习方法的效率和有效性。

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