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See:
Description
| Class Summary | |
|---|---|
| ActivationFunction | This is the activation function of a neural net node. |
| ImprovedNeuralNetLearner | This operator learns a model by means of a feed-forward neural network trained by a backpropagation algorithm (multi-layer perceptron). |
| ImprovedNeuralNetModel | The model of the improved neural net. |
| ImprovedNeuralNetVisualizer | Visualizes the improved neural net. |
| InnerNode | This class is used to represent a hidden node in the neural net. |
| InputNode | The base node for reading the data from examples and feeding it into the neural net. |
| LinearFunction | This function represents a linear activation function by calculating the identity function on the weighted sum. |
| NeuralNetLearner | This operator learns a model by means of a feed-forward neural network. |
| NeuralNetModel | This is the model for the neural net learner. |
| NeuralNetVisualizer | Visualizes a neural net. |
| Node | A node is the abstract superclass for all types of neural net nodes and also represents the connection between other nodes of the neural net. |
| OutputNode | This node represents the output node(s) of a neural network. |
| SigmoidFunction | This function represents a sigmoid activation function by calculating 1 / (1 + exp(- weighted sum). |
| SimpleNeuralNetLearner | This operator learns a model by means of a feed-forward neural network. |
| SimpleNeuralNetModel | This is the model for the simple neural net learner. |
| SimpleNeuralNetVisualizer | Visualizes a simple neural net. |
This package contains a neural net learner based on Joone.
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