Research Article
On the Training Algorithms for Artificial Neural Network in Predicting the Shear Strength of Deep Beams
Table 6
Comparison of prediction performance between this investigation and currently popular AI techniques.
| Model | Statistical criteria | R | RMSE | MAE | MAPE |
| Genetic-simulated annealing (GSA) [4] | 0.929 | — | — | — | Backpropagation neural network (BPNN) [42] | 0.916 | 34.032 | — | 11.273 | Radial basis function neural network (RBFNN) [42] | 0.9767 | 20.29 | — | 7.63 | Artificial neural network (ANN) [43] | 0.9711 | 42.27 | 30.28 | — | Gene expression programming (GEP) [43] | 0.9654 | 51.57 | 40.99 | — | Support vector machine (SVM) [42] | 0.9465 | 30.134 | — | 14.435 | Multivariate adaptive regression splines (EMARS) [42] | 0.986 | 13.011 | — | 5.887 | Genetic-simulated annealing (GSA) [4] | 0.929 | — | — | 12.3 | Smart artificial firefly colony algorithm and least squares support vector regression (SFA LS-SVR) [24] | 0.941 | — | — | 8.87 | Adaptive neural fuzzy inference system (ANFIS) [44] | 0.984 | 34.76 | 25.24 | — | Artificial neural network-conjugate gradient (ANN-CG) of this study | 0.992 | 14.02 | 11.24 | 6.84 |
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