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Locally Consistent Constrained Concept Factorization with L_p Smoothness for Image Representation

机译:与图像表示的L_P平滑度局部一致的约束概念分解

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Matrix factorization based on image representation algorithms have been widely used to deal with high-dimensional data. Previous studies have shown that matrix factorization methods can achieve remarkable performances in clustering. In this paper, we propose a novel method for image representation, called Locally Consistent Constrained Concept Factorization with L_p Smoothness (LCCCF-LS). The main contributions of our proposed LCCCF-LS method mainly include as follows: Firstly, the local geometric structure of the data is effectively explored using a graph regularizer. Secondly, the label information of the concepts is consistent with known label information without additional parameters. Finally, we add the L_p smoothness constraint to produce a smooth and more accurate solution, and thus ensure the smoothness of the coefficient matrix. Comprehensive experiments on several image datasets manifest the superiority of the proposed LCCCF-LS method.
机译:基于图像表示算法的矩阵分解已被广泛用于处理高维数据。以前的研究表明,矩阵分解方法可以实现聚类的显着性能。在本文中,我们提出了一种用于图像表示的新方法,称为L_P平滑度(LCCCF-LS)的局部一致的受约束概念分解。我们提出的LCCCF-LS方法的主要贡献主要包括如下:首先,使用图形规范器有效地探索数据的本地几何结构。其次,概念的标签信息与已知标签信息一致,没有其他参数。最后,我们添加了L_P平滑度约束来产生平滑且更准确的解决方案,从而确保系数矩阵的平滑度。综合实验在几个图像数据集中表现出所提出的LCCCF-LS方法的优越性。

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