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Learnable Multi-View Matrix Factorization With Graph Embedding and Flexible Loss
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DOI：10.1109/TMM.2022.3157997.png)
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Abstract
En 中文
The goal of multi-view learning is to learn latent patterns from various data sources. Most of previous research focused on fitting feature embedding in target tasks. There is very limited research on the connection between feature representations with hidden layers of neural networks. In this paper, a multi-view deep matrix factorization model is proposed to learn a shared feature representation. The proposed model automatically explores the most discriminative features of multi-view data and makes these features meet the requirements of specific applications. Here we explore the connection between deep learning and feature representations. First, the model constructs a scalable neural network with shared hidden layers for exploring a low-dimensional representations of all views. Second, the quality of representation matrix is evaluated via relaxed graph regularization and evaluators to improve the feature representation capability of matrix factorization. Finally, the effectiveness of the proposed method is verified through comparative experiments with eight state-of-the-art multi-view clustering algorithms on eight real-world datasets.
Keywords:
Neural networks
Linear programming
Data mining
Clustering algorithms
Laplace equations
Neural network
multi-view clustering
deep matrix factorization
shared representation
graph embedding
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9.7
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