Reference | Classifier |
---|---|
Montalvao et al. [37] | Bleha [4] |
Monrose and Rubin [36] | |
Gunetti and Picardi [22] | |
Giot et al. [17] | SVM |
Statistical | |
Neural network | |
Classifier based on distance | |
Giot et al. [19] | SVM |
Statistical | |
Classifier based on Euclidean distance | |
Classifier based on Hamming distance | |
Killourhy and Maxion [30] | Nearest neighbour |
Neural network | |
Mean-based classifier | |
Rodrigues et al. [43] | Hidden Markov Model (HMM) |
Statistical | |
Hosseinzadeh and Krishnan [24] | Gaussian Mixture Model (GMM) + Leave one out method |
Killourhy and Maxion [31] | Nearest neighbour |
Outlier count (z-score) | |
Manhattan distance | |
Bartlow and Cukic [3] | Random Forests |
Chang [9] | Tree-based with Euclidean distance |
Montalvao Filho and Freire [14] | Bleha [4] |
Monrose and Rubin [36] | |
1D-Histogram and 2D-Histogram | |
Gunetti and Piccardi [22] | Proposed Methods: R Measure and A Measure |
Monrose and Rubin [36] | Euclidean distance |
Weighted and non-weighted probability | |
Bayes | |
Yu e Cho [48] | SVM \(^1\) |
2-layer and 4-layer Auto Associative Multi-layer Perceptron (AAMLP) | |
Giot et al. [20] | Based on Gaussian distribution [23] |
Chang et al. [8] | Statistical [5] |
Killourhy and Maxion [32] | Statistical |
Disorder-based |