Research Article
Emotion Recognition of EEG Signals Based on the Ensemble Learning Method: AdaBoost
Table 5
Comparison of the proposed method with some existing methods.
| Reference | Feature domain | Class | Classifier | Accuracy | Valence (%) | Arousal (%) | Dominance (%) | Liking (%) |
| Hwang et al. [14] | Frequency | Binary | SVM | 64.90 | 64.90 | — | 66.80 | Yoon and Chung [17] | Frequency | Binary | Bayesian | 70.90 | 70.10 | — | — | You and Liu [19] | Frequency + time-frequency | Binary | SAE + LSTM | 81.10 | 74.38 | — | — | Zhan et al. [22] | Frequency | Binary | CNN | 82.95 | 84.07 | — | — | Aggarwal et al. [24] | Time | Binary | GBM | 77.11 | 60.25 | — | — | Paruiet al. [23] | Nonlinear | Binary | XGBoost + LightGBM + random forest | 77.19 | 79.06 | — | — | Our proposed method | Time + time − frequency + nonlinear | Binary | AdaBoost | 85.57 | 88.36 | 88.70 | 83.23 |
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