Table 9. Comparison of SI experiments with existing methods.
Database | Reference | Feature | Accuracy(%) |
---|---|---|---|
RAVDESS | Proposed approach | AlexNet + FS + MLP | 82.75 |
RAVDESS | Proposed approach | AlexNet + FS + SVM | 80.94 |
SAVEE | Sun & Wen (2017) | Ensemble soft-MarginSoftmax (EM-Softmax) | 51.50 |
SAVEE | Haider et al. (2021) | eGeMAPs and emobase | 42.40 |
SAVEE | Proposed approach | AlexNet + FS + MLP | 75.38 |
SAVEE | Proposed approach | AlexNet + FS + SVM | 70.06 |
Emo-DB | Badshah et al. (2017) | DCNN + DTPM | 87.31 |
Emo-DB | Sun & Wen (2017) | Ensemble soft-MarginSoftmax (EM-Softmax) | 82.40 |
Emo-DB | Yi & Mak (2019) | OpenSmile features + ADAN | 83.74 |
Emo-DB | Guo et al. (2019) | Statistical features and empirical features + KELM | 84.49 |
Emo-DB | Meng et al. (2019) | Dilated CNN + BiLSTM | 85.39 |
Emo-DB | Haider et al. (2021) | eGeMAPs and emobase | 76.90 |
Emo-DB | Lech et al. (2020) | AlexNet | 82.00 |
Emo-DB | Mustaqeem, Sajjad & Kwon (2020) | Radial basis function network( RBFN) + Deep BiLSTM | 85.57 |
Emo-DB | Proposed approach | AlexNet + FS + MLP | 92.65 |
Emo-DB | Proposed approach | AlexNet + FS + SVM | 90.78 |
IEMOCAP | Xia & Liu (2017) | SP + CNN | 64.00 |
IEMOCAP | Chen et al. (2018) | Dilated CNN + BiLSTM | 69.32 |
IEMOCAP | Guo et al. (2019) | Statistical features and empirical features + KELM | 57.10 |
IEMOCAP | Yi & Mak (2019) | OpenSmile features + ADAN | 65.01 |
IEMOCAP | Daneshfar, Kabudian & Neekabadi (2020) | IS10 + DBN | 64.50 |
IEMOCAP | Mustaqeem, Sajjad & Kwon (2020) | Radial basis function network( RBFN) + Deep BiLSTM | 72.2 |
IEMOCAP | Proposed approach | AlexNet + FS + MLP | 89.12 |
IEMOCAP | Proposed approach | AlexNet + FS + RF | 86.23 |