Self-Supervised Deep Multiview Spectral Clustering

Linlin Zong

doi:10.1109/TNNLS.2022.3195780

Self-Supervised Deep Multiview Spectral Clustering

2024-03-01

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AI

DOI：10.1109/TNNLS.2022.3195780

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Multiview spectral clustering has received considerable attention in the past decades and still has great potential due to its unsupervised integration manner. It is well known that pairwise constraints boost the clustering process to a great extent. Nevertheless, the constraints are usually marked by human beings. To ameliorate the performance of multiview spectral clustering and alleviate the consumption of human resources, we propose self-supervised multiview spectral clustering with a small number of automatically retrieved pairwise constraints. First, the fused multiple autoencoders are used to extract the latent consistent feature of multiple views. Second, the pairwise constraints are achieved based on the commonality among multiple views. Then, the pairwise constraints are propagated through the neural network with historical memory. Finally, the propagated constraints are used to optimize the fused affinity matrix of spectral clustering. Our experiments on four benchmark datasets show the effectiveness of our proposed approach.

Keywords:

Feature extraction

Clustering algorithms

Task analysis

Data mining

Software

Decoding

Matrix decomposition

Constraint propagation network

deep multiview

self-supervised

spectral clustering

Self-Supervised Deep Multiview Spectral Clustering

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