Multi-labeler Classification Using Kernel Representations and Mixture of Classifiers. Imbajoa-Ruiz, D., E., Gustin, I., D., Bolaños-Ledezma, M., Arciniegas-Mejía, A., F., Guasmayan-Guasmayan, F., A., Bravo-Montenegro, M., J., Castro-Ospina, A., E., & Peluffo-Ordóñez, D., H. Lecture Notes in Computer Science (including subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics), pages 343-351. 2017. Website doi abstract bibtex 1 download This work introduces a multi-labeler kernel novel approach for data classification learning from multiple labelers. The learning process is done by training support-vector machine classifiers using the set of labelers (one labeler per classifier). The objective functions representing the boundary decision of each classifier are mixed by means of a linear combination. Followed from a variable relevance, the weighting factors are calculated regarding kernel matrices representing each labeler. To do so, a so-called supervised kernel function is also introduced, which is used to construct kernel matrices. Our multi-labeler method reaches very good results being a suitable alternative to conventional approaches.
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Downloads: 1
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