04-27-2025, 07:58 PM
Hi all. 
Today I launched and tested the next version of my NeuroLab program.
In the screenshot, it shows a graph of the values of the weighted sums at the neuron inputs when comparing images of a small and large circle.
At this point, when the inputs of all neurons have a weight of 1, many of the neurons have the same weighted sum, despite the fact that the location of the large circle relative to the small one differs for each neuron.
The next step in developing the program will be to create the ability to set the value of the weights on the inputs of neurons to see how this changes the shape of the graph.
The user will be able to learn how to change the input weights so that ONLY ONE largest local maximum is formed on the graph.
Today I launched and tested the next version of my NeuroLab program.
In the screenshot, it shows a graph of the values of the weighted sums at the neuron inputs when comparing images of a small and large circle.
At this point, when the inputs of all neurons have a weight of 1, many of the neurons have the same weighted sum, despite the fact that the location of the large circle relative to the small one differs for each neuron.
The next step in developing the program will be to create the ability to set the value of the weights on the inputs of neurons to see how this changes the shape of the graph.
The user will be able to learn how to change the input weights so that ONLY ONE largest local maximum is formed on the graph.
![[-]](https://litdev.uk/mybb/images/collapse.png)