Research Article
A Triplet Multimodel Transfer Learning Network for Speech Disorder Screening of Parkinson’s Disease
Table 5
Performance of deep models on the MDVR-KCL dataset.
| CNN-based methods | Precision (%) | Recall (%) | F1 score (%) | Acc (%) | Temporal network-based methods | Precision (%) | Recall (%) | F1 score (%) | Acc (%) |
| CNN | 89.38 | 57.50 | 69.99 | 80.01 | HMM | 61.74 | 50.48 | 55.54 | 67.73 | DNN [41] | 80.76 | 51.26 | 62.71 | 76.06 | LSTM | 84.28 | 59.39 | 69.68 | 79.37 | ResCNN [43] | 63.40 | 46.09 | 53.38 | 68.13 | LSTM (Attn) | 88.42 | 51.08 | 64.76 | 77.79 | ThinResNet [45] | 86.96 | 59.60 | 70.73 | 79.96 | BiGRU (Attn) [47] | 92.45 | 64.49 | 75.98 | 84.04 | DenseCNN [42] | 85.71 | 86.84 | 87.16 | 86.47 | BiLSTM(Attn) [46] | 92.77 | 67.27 | 77.99 | 85.07 | ResNet50 [44] | 65.00 | 78.00 | 70.91 | 59.75 | TmmNet | 100.00 | 75.26 | 85.88 | 90.23 |
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The bold values in Table 5 represents the highest results compared with the deep learning models.
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