NMF factorizes the non-negative data matrix into two non-negative matrices.
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1.1 ACM15 Robust capped norm nonnegative matrix factorization (matlab)
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1.2 AAAI17 Local centroids structured non-negative matrix factorization (matlab)
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1.3 TKDD13 Robust Manifold Non-Negative Matrix Factorization (matlab)
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1.4 JMLR14 A Deep Semi-NMF Model for Learning Hidden Representations (matlab)
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1.5 WASPAA17 Deep recurrent NMF for speech separation by unfolding iterative thresholding (python)
It contains two kinds of methods. The first kind is using a predefined graph (also resfer to the traditional spectral clustering), and performing post-processing spectral clustering or k-means. And the second kind is to learn the graph and the index matrix simultaneously.
- 2.1 SIGKDD14 Clustering and Projected Clustering with Adaptive Neighbors (matlab)
Self-representation means that each data sample is expressed by a linear combination of other samples in the same subspace.
- 3.1 NN18 Low-rank representation with adaptive graph regularization (matlab)
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4.1 NN18 Inter-class sparsity based discriminative least square regression (matlab)
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4.2 IJCAI17 Semi-supervised Orthogonal Graph Embedding with Recursive Projections (matlab)
The tensor is the generalization of the matrix concept. And the matrix case is a 2-order tensor.
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1.1 famous authors in the field of -view learning
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