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| adapt.C1.NeuralNet | Adaptative on-line single pattern training |
| adapt.C2.NeuralNet | Adaptative on-line single pattern training |
| adapt.C3.NeuralNet | Adaptative on-line single pattern training |
| adapt.NeuralNet | Adaptative on-line single pattern training |
| adapt.R.NeuralNet | Adaptative on-line single pattern training |
| backpropagate.adapt.C.NeuralNet | Backpropagates the single pattern error modifying accordingly the Neural Network's weights and biases. |
| backpropagate.adapt.R.NeuralNet | Backpropagates the single pattern error modifying accordingly the Neural Network's weights and biases. |
| backpropagate.adapt.R.neuron | Backpropagates the single pattern error modifying accordingly the neuron's weights and bias. |
| deltaE.LMLS | Neural network training error criteria. |
| deltaE.MSE | Neural network training error criteria. |
| deltaE.TAO | Neural network training error criteria. |
| dphifun | TAO robust error criterium auxiliar functions. |
| error.LMLS | Neural network training error criteria. |
| error.MSE | Neural network training error criteria. |
| error.TAO | Neural network training error criteria. |
| forward.adapt.C.NeuralNet | Perform the forward pass in the adaptative training. |
| forward.adapt.R.NeuralNet | Perform the forward pass in the adaptative training. |
| forward.adapt.R.neuron | Perform the neuron forward pass in the adaptative training. |
| forwardpass.C.NeuralNet | Simulate a Neural Network response. |
| forwardpass.R.NeuralNet | Simulate a Neural Network response. |
| forwardpass.R.neuron | Simulate a neuron response. |
| hfun | TAO robust error criterium auxiliar functions. |
| init.neuron | Neuron constructor. |
| newff | Feedforward Neural Network |
| phifun | TAO robust error criterium auxiliar functions. |
| random.init.NeuralNet | Initialize the network with random weigths and biases. |
| random.init.neuron | Initialize the neuron with random weigths and bias. |
| restrict | Restrict the patterns to the [-1,1] interval. |
| select.activation.function | Provides R code of the selected activation function. |
| set.learning.rate.and.momentum | Set Learning rate and momentum. |
| sim.C.NeuralNet | Performs the simulation of a neural network providing the output values. |
| sim.NeuralNet | Performs the simulation of a neural network providing the output values. |
| sim.R.NeuralNet | Performs the simulation of a neural network providing the output values. |
| train | Neural network training function. |
| train.compare | Trains the same neural network according to different error criteria. |
| training.report | Neural network training report generator function. |