3 ms·
I would also like to see how the strength is affected by computing resources. For example, one server, versus 10 servers, versus a room full of servers, versus
by nathan_f77 10y ago
I would also like to see how the strength is affected by computing resources. For example, one server, versus 10 servers, versus a room full of servers, versus an entire datacenter. I wonder how close this is to playing a perfect game.
I would also like to know if two perfect players would always end up with a draw, or if they would each win 50% of the games.
- SonOfLilit 10y agoEither the white player would win in 100% of matches, or the black player would win 100% of matches. Go rules prevent draws by giving Black a non-integer score bonus (this is called Komi, http://senseis.xmp.net/?Komi); http://senseis.xmp.net/?Komi); By definition of "perfect play", a Black perfect player either always wins games, or a White perfect player always beats him.
- pmontra 10y agoYour reasoning is correct but the bonus score (komi) is given to white, which is second to move and is behind in the race at building territory (the thing that gets scored).
- partycoder 10y agoIt's not only about the hardware but also about the training data sets, the neural network topology... Then, if something better than MCTS is found that will provide advantage too. Remember that those bots are hybrid solutions.