An enhanced classifier fusion model for classifying biomedical data Online publication date: Thu, 04-Sep-2014
by Sashikala Mishra; Kailash Shaw; Debahuti Mishra; Srikanta Patnaik
International Journal of Computational Vision and Robotics (IJCVR), Vol. 3, No. 1/2, 2012
Abstract: Classification is a technique where we discover the hidden class level of the unknown data. As different classification methods produces different accuracy according to the class level; classifier fusion is the solution to achieve more accuracy in every level of the input data. Selection of a suitable classifier in classifier fusion is a tedious task. In the proposed model, the output of the three classifiers is fed to the dynamic classifier fusion technique. This model will use each classifier for every individual data. We have used principal component analysis (PCA) to deal with issues of high dimensionality in biomedical classification. Three types of classification techniques on microarray data like multi layer perceptron (MLP), FLANN and PSO-FLANN have been implemented and compared; it has been observed that MLP is showing better result. We have also proposed a model for classifier fusion, where the model will choose the relevant classifiers according to the different region of datasets.
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