Review Article
On Training Efficiency and Computational Costs of a Feed Forward Neural Network: A Review
Table 5
Summary of fuzzy logic AF.
| Ref. | Method | Convergence | Precision | Computational costs | Notes |
| [27, 31] | Fuzzy-tanh | 20 Epochs (up to 4x faster than tanh on the same problem) | MAE = 0.039 (2.5x more accurate than tanh) 93% accuracy (classification problem, 1% more than a classic MLP) | N/A | |
| [28] | Type 2 Fuzzy | 41 Epochs (5x faster than tanh on the same problem) | MAE = 0.35 | N/A | Backpropagation with learning rate α = 0.25 |
| [32] | Fuzzy-tanh 2 | N/A | RMSE = 0.0116 (comparable to tanhon the same problem) 95–98% accuracy (classification problem, comparable to tanh on the same problem) | N/A | Trained with extreme machine learning algorithm |
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