In a way that's what nature does :) I think this combination is quite common. While visiting a lab in Paris, I saw some researchers using neuroevolution to teach a bird-like robot how to fly. some links related to…
It is a using a genetic algorithm so learning lies in the mutation and crossover of chromosomes as well as selection of the fittest individuals. https://github.com/xviniette/FlappyLearning/blob/gh-pages/Ne...
Thanks for the tip. I'll see where I can apply it. Most of the time is usually spent in the convolution layers. Convolution is not a matrix multiplication in the current implementation. I guess it would be a matrix…
I ported ConvNet JS to C# in order to really understand what's going on: https://github.com/cbovar/ConvNetSharp
In a way that's what nature does :) I think this combination is quite common. While visiting a lab in Paris, I saw some researchers using neuroevolution to teach a bird-like robot how to fly. some links related to…
It is a using a genetic algorithm so learning lies in the mutation and crossover of chromosomes as well as selection of the fittest individuals. https://github.com/xviniette/FlappyLearning/blob/gh-pages/Ne...
Thanks for the tip. I'll see where I can apply it. Most of the time is usually spent in the convolution layers. Convolution is not a matrix multiplication in the current implementation. I guess it would be a matrix…
I ported ConvNet JS to C# in order to really understand what's going on: https://github.com/cbovar/ConvNetSharp