Yes. Very nice. I wonder what methods you implemented. Did you use a support vector machine, some sort of modified MLP, Hopfield, SOM, or a normalized radial basis function?
Thanks for your comment. It's based on MLP. I'm still working on improving it, at which time I'll release more details and possibly publish it to a journal.
see if it can actually learn the function of the spiral by using an unseen extended version of the spiral as testing set once training is done.
btw, how many hidden neurons and layers did you use?
emirpasic 3 years ago
Yes. Very nice. I wonder what methods you implemented. Did you use a support vector machine, some sort of modified MLP, Hopfield, SOM, or a normalized radial basis function?
mrtransist0r 3 years ago 2
Thanks for your comment. It's based on MLP. I'm still working on improving it, at which time I'll release more details and possibly publish it to a journal.
malcolmst 3 years ago
i have no idea what this is about but it looks cool
napalm89 3 years ago
nice malcolm!
chickenbbq92819281 3 years ago