Description
Abstract
Clustering by integrating multi-view representations has become a crucial issue for
knowledge discovery in heterogeneous environments. However, most prior approaches
assume that the multiple representations share the same dimension, limiting their
applicability to homogeneous environments.
In this a novel tensor-based framework for integrating heterogeneous multi-view data in the
context of spectral clustering. Our framework includes two novel formulations, that is multi-
view clustering based on the integration of the Frobenius-norm objective function (MC-FR-
OI) and that based on matrix integration in the Frobenius-norm objective function (MC-FR-
MI). It shows that the solutions for both formulations can be computed by tensor
decompositions. It evaluated our methods on synthetic data and two real-world data sets in
comparison with baseline methods. Experimental results demonstrate that the proposed
formulations are effective in integrating multi-view data in heterogeneous environments.
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