I have a 4 neuron ANN that makes only one mistake for the 3-step path. That is out of 24 bits, 3 bits for each of 8 possible paths. We can use this one if we don't get a perfect one. An ANN that makes one error is still interesting. This ANN has 28 weights & biases. Some of those may turn out to be zero, and can be left out.
I mentioned earlier that runmany.bat goes very quickly. This is mainly because none of the runs of waybak take anywhere near their specified time. They all end quickly due to evolutionary stagnation. So I made another batch file that calls runmany.bat 6 times, and then merges those results into a final run. Hence we have 3 levels of funnelling, where 216 separate populations are merged. This file is attached, as is the chomosome file. This file was evolved using the 3 to 4 step parameters. But when I test this chromosome with only 3 steps, then it makes exactly one bit error. Bigrun.bat takes about ten to 20 minutes to run, depending on which machine I use. (for 4 neurons and 3 to 4 steps) m --I'm proud of http://ANNEvolve.sourceforge.net. If you want to write software, or articles, or do testing or research for ANNEvolve, let me know.
3-4s-4n-8750.sc
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del sc?.sc call runmany ren savedchromes sc0.sc call runmany ren savedchromes sc1.sc call runmany ren savedchromes sc2.sc call runmany ren savedchromes sc3.sc call runmany ren savedchromes sc4.sc call runmany ren savedchromes sc5.sc wb 10 0 sc0.sc sc1.sc sc2.sc sc3.sc sc4.sc sc5.sc ren savedchromes bigger.sc
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