4 ms·
For a 100% success rate, it would have to be of the size of the minimal BDD. If you can allow for some errors, this becomes an interesting problem.
by fooker 9y ago
For a 100% success rate, it would have to be of the size of the minimal BDD.
If you can allow for some errors, this becomes an interesting problem.
- amelius 9y agoYes, but that's probably the theoretical minimum. What I'm talking about is the size that is required so that the neural net can learn it. This may be different.
- HalcyonicStorm 9y agoCan you define BDD, please?
- Someone 9y agohttps://en.wikipedia.org/wiki/Binary_decision_diagram https://en.wikipedia.org/wiki/Binary_decision_diagram
- deleted 9y ago[deleted]
- fnbr 9y agoThis is technically true, but I wonder how close you could get to 100% with minimal size. I would expect that you could get somewhere around >98% with a network that's a few megabytes in size.