(it is weird that somebody, not me, created a throw-away account to make the original comment. likely they are involved in chess development, or know how quickly stat discussions go sideways) I'm not involved in chess,…
Once you condition on the number of draws, you do get that binomial distribution. Suppose you have a coin, which gives a random outcome X. But you can only observe the outcome of X when another independent binary random…
> During the final event, after playing 64 games against Komodo, Stockfish won with the score of 35½-28½. No doubt is further allowed: Stockfish is the best chess player ever! From a statistical point of view, this…
(it is weird that somebody, not me, created a throw-away account to make the original comment. likely they are involved in chess development, or know how quickly stat discussions go sideways) I'm not involved in chess,…
Once you condition on the number of draws, you do get that binomial distribution. Suppose you have a coin, which gives a random outcome X. But you can only observe the outcome of X when another independent binary random…
> During the final event, after playing 64 games against Komodo, Stockfish won with the score of 35½-28½. No doubt is further allowed: Stockfish is the best chess player ever! From a statistical point of view, this…