this is a great example of how artificial neural networks can often process data massively faster and more efficiently than other methods.
One of the things I hope to eventually get around to researching is representing that kind of neural network-like behavior with software in an ordinary non-neural network computer and have that fully integrated into a knowledge-based system and possibly one designed to use genetic algorithms to design that software itself and even the genetic algorithms themselves with a continuous cycle of self-improvement and learning. This is to get around some of the hardware limitations of neural networks. But I believe before I can even think of doing that, I will need to first produce an extremely impressive knowledge-based system else that would be a non-starter.
Originally posted by @humyI think eventually quantum computers, neural netwoks and traditional computers will be tied together, each one giving results as a result of the collaberation between those three ways to compute.
this is a great example of how artificial neural networks can often process data massively faster and more efficiently than other methods.
One of the things I hope to eventually get around to researching is representing that kind of neural network-like behavior with software in an ordinary non-neural network computer and have that fully integrated into a kn ...[text shortened]... o first produce an extremely impressive knowledge-based system else that would be a non-starter.
Look at my post 'memory that computes'
