At the end of our tutorial we have prepared simulator of the neocognitron network mentioned in the first example.
Each quadrangle in the simulator represents one certain cell plane in the network. For simplicity V-planes are not shown here because their content is not so important for us. Output values of cells in cell planes are expressed by different intensity of color. The higher the output value of cell the darker the color is. After clicking on any cell in any cell plane all its connection areas and receptive field are marked.
In control panel select one of patterns and observe state of the network after its presentation. Examine what features are extracted in particular S-planes and in detailed view how these features are encoded in a-weights.