The code compiles. It runs faster than advertised (assuming Iām reading the output correctly). I guess that means Iām running on better hardware than Dš used.
I wrote a comment on that but this is a better to place for it.
I changed the update value from 1000 to 500 for that network size (in the code).
1000 is for the large network (98.9%). At size 792 (for 98.6%) it is too much, and the accuracy goes down after reaching the top. I did not take the time to check properly before publishing. My fault.
If you check it out now, it will get to >98.6% and stay there (tested up to 10 millions, three times, random).
The code compiles. It runs faster than advertised (assuming Iām reading the output correctly). I guess that means Iām running on better hardware than Dš used.
Here are the results after running the code for several hours on my CPUs.
I wrote a comment on that but this is a better to place for it.
I changed the update value from 1000 to 500 for that network size (in the code).
1000 is for the large network (98.9%). At size 792 (for 98.6%) it is too much, and the accuracy goes down after reaching the top. I did not take the time to check properly before publishing. My fault.
If you check it out now, it will get to >98.6% and stay there (tested up to 10 millions, three times, random).