Research Article

Classification of Microarray Data Using Kernel Fuzzy Inference System

Table 1

Relevant works on cancer classification using microarray (leukemia) dataset.

Author Feature selection/extraction method Classifier used Accuracy (%)

Cho et al. [8] (2003)Kernel fisher feature discriminant analysis (KFDA)73.53

Deb and Raji Reddy [9] (2003) NSGA-II100

Lee et al. [10] (2003)Bayesian modelArtificial neural network (ANN), KNN, and SVM97.05

Ye et al. [11] (2004) Uncorrelated linear discriminant analysis (ULDA)KNN ()97.5

Cho et al. [12] (2004)SVM-RFEKernel KFDA 94.12

Paul and Iba [13] (2004) Probabilistic model building genetic algorithm (PMBGA)Naive-Bayes (NB), weighted voting classifier 90

Daz and De andres [14] (2006)Random forest95

Peng et al. [15] (2007) Fisher ratioNB, decision tree J4.8, and SVM100, 95.83, and 98.6

Pang et al. [16] (2007)Bootstrapping consistency gene selectionKNN94.1

Hernandez et al. [17] (2007) Genetic algorithm (GA)SVM 91.5

Zhang and Deng [18] (2007)Based Bayes error filter (BBF)Support vector machine (SVM), -nearest neighbor (KNN)100, 98.61

Bharathi and Natarajan [19] (2010) ANOVASVM97.91

Tang et al. [20] (2010)ANOVADiscriminant Kernel partial least square (Kernel-PLS)100

Mundra and Rajapakse [7] (2010)-test, SVM based -statistics, SVM with recursive feature elimination (RFE), and SVM based -statistic with RFESVM96.88, 98.12, 97.88, and 98.41

Lee and Leu [21] (2011) -testHybrid with GA + KNN and SVM 100

Salem et al. [22] (2011) Multiple scoring gene selection technique (MGS-CM) SVM, KNN, and linear discriminant analysis (LDA)90.97