ELM based multiple kernel k means with diversity induced regularization
Multiple kernel k means (MKKM) clustering has demonstrated good clustering performance by combining pre specified kernels. In this paper, we argue that deep relationships within data and the complementary information among them can improve the performance of MKKM. To illustrate this idea, we propose a diversity induced MKKM algorithm with extreme learning machine (ELM) based feature extracting method. First, ELM, which has randomly chosen weights of hidden and output nodes, is applied to thoroughly extract features from data by generating different numbers of hidden nodes and using different functions. Second, an MKKM algorithm with diversity induced regularization is utilized to explore the complementary information among kernels constructed from features. The problem could be solved efficiently by alternating optimization. Experimental results demonstrate that the proposed method outperforms state of the art kernel methods.
2016 International Joint Conference on Neural Networks (IJCNN)