Research Article
Automatic Epileptic Seizure Detection Using PSO-Based Feature Selection and Multilevel Spectral Analysis for EEG Signals
Table 7
Comparisons with state-of-the-art seizure detection methods in the CHB-MIT database.
| Authors | Methodology | No. of patients-channels | (%)-(%)-(%) |
| Kiranyaz et al. [57] | Time domain, frequency domain, TF, nonlinear features | 21-18 | 89.0-94.7-NR | Zabihi et al. [58] | Seven features from intersection sequence, LDA | 23-23 | 89.1-94.8-94.6 | Li et al. [48] | CE-stSENet | 21-5 | 92.41-96.05-95.96 | Chandel et al. [36] | Orthonormal triadic wavelet-based features, -NN | 18-22 | 98.36-99.62-99.45 | Tian et al. [59] | Multiview features, CNN | 24-23 | 96.66-99.14-98.33 | Peng et al. [49] | Stein kernel-based SR | 20-5 | 97.85-98.57-98.21 | Chen et al. [30] | Discrete wavelet transform, seven wavelet and two statistical features, SVM | 18-22 | 91.71-92.89-92.3 | Jiang et al. [31] | Symplectic geometry eigenvalues, SVM | 22-5 | 97.17-99.72-99.62 | Hassan et al. [38] | EMD, multilayer perceptron neural network (MLPNN) classifier | 23-22 | NR-NR-99.57 | This work | 46 features from time and frequency domain and information theory, PSO-based feature selection, SVM | 20-5 | 96.79-98.64-98.14 |
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