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Learning All-In Collaborative Multiview Binary Representation for Clustering
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DOI：10.1109/TNNLS.2022.3202102.png)
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Abstract
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Multiview clustering via binary representation has attracted intensive attention due to its effectiveness in handling large-scale multiple view data. However, these kind of clustering approaches usually ignore a very important potential high-order correlation in discrete representation learning. In this article, we propose a novel all-in collaborative multiview binary representation for clustering (AC-MVBC) framework, where multiview collaborative binary representation and clustering structure are learned in a joint manner. Specifically, using a new type of tensor low-rank constraint, the high-order collaborations, i.e., cross-view and inner view collaborations, can be effectively captured in our model. Moreover, by incorporating the Bregman discrepancy, the projective consistency among different views can be guaranteed to achieve a more powerful binary representation. An efficient optimization algorithm is also proposed to solve the objective function with fast convergence empirically. Experimental results on several challenge datasets demonstrate that the proposed method has achieved highly competent performance compared with the state-of-the-art multiview clustering (MVC) methods while maintaining low computational and memory requirements.
Keywords:
Collaboration
Tensors
Costs
Binary codes
Encoding
Task analysis
Optimization
All-in collaborative
binary representation
Bregman discrepancy
joint learning
multiview clustering (MVC)
tensor low-rank constraint
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