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See:
Description
| Interface Summary | |
|---|---|
| ActivationFunction | Interface for functions. |
| Class Summary | |
|---|---|
| Cone | The famous cone shaped (sawtooth, like a Russian L) neighborhood function. |
| Cosine | Cosine shaped neighborhood function. |
| FeedForwardNet | This class implements a feed forward net. |
| Gauss | The Gauss neighborhood function. |
| Identity | This is a dummy function that returns the same value for compute that was given to the function and 1.0 for computeDerivation. |
| InnerLayer | This class represents all hidden layers. |
| InputLayer | This class represents an input layer. |
| KohonenLayer | This wrapper class is needed to use a KohonenNet as input layer for a FeedForwardNet. |
| KohonenNet | KohonenNet is an implementation of a self organizing map. |
| Layer | This abstract class is the base class for the layers used in this project. |
| NeighbourhoodFunction | Base class to provide a KohonenNet with a neighbourhood function. |
| NeuralNet | This is the abstract class that every neuronal net is supposed to derive from. |
| Sigmoid | A sigmoid activation function. |
| Synapse | This class is used to interconnect layers of neurons. |
| Tanh | An activation function using tanh. |
| WinnerTakesAll | The WinnerTakesAll neighbourhood function gives the same activation (1.0) to all neurons within the neighbourhood radius. |
The package net contains implementations, examples
and utilities to create and train neural networks.
At the moment only implementations of feed forward networks
and Kohonen networks have been implemented.
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