If you accumulate end scores of playout results, you can make a histogram by
plotting the frequency of a score f(s) as a function of the score. The winrate
is the sum(f(s)) where s > 0. The average score is sum(s * f(s)) / sum(s)
summed over all s.
When the distibution can be approximated by a
On Tue, Feb 23, 2016 at 4:41 PM, Justin .Gilmer wrote:
> I made a similar attempt as Alvaro to predict final ownership. You can
> find the code here: https://github.com/jmgilmer/GoCNN/. It's trained to
> predict final ownership for about 15000 professional games which were
>
I made a similar attempt as Alvaro to predict final ownership. You can find
the code here: https://github.com/jmgilmer/GoCNN/. It's trained to predict
final ownership for about 15000 professional games which were played until
the end (didn't end in resignation). It gets about 80.5% accuracy on a
On 23.02.2016 11:36, Michael Markefka wrote:
whether one could train a DCNN for expected territory
First, some definition of territory must be chosen or stated. Second,
you must decide if territory according to this definition can be
determined by a neural net meaningfully at all. Third, if
I have experimented with a CNN that predicts ownership, but I found it to
be too weak to be useful. The main difference between what Google did and
what I did is in the dataset used for training: I had tens of thousands of
games (I did several different experiments) and I used all the positions
Hello everyone,
in the wake of AlphaGo using a DCNN to predict expected winrate of a
move, I've been wondering whether one could train a DCNN for expected
territory or points successfully enough to be of some use (leaving the
issue of win by resignation for a more in-depth discussion). And,