2 posts tagged with beirut by filthy light thief.
Displaying 1 through 2 of 2.
"Before playing he explained the story behind the song, which was a journey – it was in 1993 as a 12 year old that he was able to return to Beirut alone for the first time (his parents having fled to Paris during the war) and he wandered the streets with his walkman, earphones plugged but playing no music, instead composing music in his mind and looking at the bullet marks in the walls of homes which had been rebuilt so many times over during the war that not much of the devastation was actually visible.. but after walking for a while, he sat and rested for some time.. and then suddenly when he got up again he noticed a street in front of him completely devastated and abandoned – something that he had actually been looking to see – but in that moment he was listening to (having just discovered) Led Zepplin and the combination of seeing the devastation and the music actually scared him and he ran away. And so this song tells that journey." The song is Beirut, and he is Ibrahim Maalouf. [more inside]
A recent XKCD comic charted the difficulty of various games for computers, from Tic Tac Toe and Nim being solved for all positions, to computers mastering the physical game of Beirut and mental game of chess (the 2006 Deep Fritz vs Vladimir Kramnikin games, previously). There are other games that are basic on the face, but whose potentials for move combinations is so vast as to be beyond the scope of computers. Marion Tinsley was the last great human checkers player, matching off against Chinook in the last 6 games of his life, each ending in a draw (previously). Checkers was finally solved in 2007 (Google quickview; original PDF), and is largest game that has been solved to date, at 8x8. Solving Othello might be possible, if the decision tree were truncated, as the 10x10 board game tree complexity is very huge. The 19x19 Go board is is often noted as one of the primary reasons why a strong program is hard to create, though some programs are getting better at optimizing move evaluations. More: computerized gaming solutions previously, and the Wikipedia page for solved games.