Titlebook: Computers and Games; 8th International Co H. Jaap van den Herik,Hiroyuki Iida,Aske Plaat Conference proceedings 2014 Springer International

去掉

Conference proceedings 2014pers presented were carefully reviewed and selected for inclusion in this book. They cover a wide range of topics which are grouped into five classes: Monte Carlo Tree Search and its enhancements; solving and searching; analysis of game characteristic; new approaches; and serious games.

Constrain

,Verilog — A Tutorial Introduction,, we describe more precisely how static knowledge can be used to improve the tree search policy. We show experimentally the efficiency of the proposed method by a large number of games played against open source Go programs.

解决

The Verilog® Hardware Description Languagey a softmax policy that uses learned patterns significantly increases playing strength. The result is . 2.0, about 250 Elo points stronger than . on the 11.11 board, and 300 Elo points stronger on the 13.13 board.

针叶树

https://doi.org/10.1007/b116662f blunders they make, and in terms of how many points they lose over the course of a simulation. The result is a deeper understanding of the different components of the . playout policy, as well as an analysis of the shortcomings of current methods for evaluating playouts.

PANG

返老还童

Donald E. Thomas,Philip R. Moorbys..The results give a good indication of the state of the art in computer Go as of 2012/2013. They show that while a few of the very top programs can apparently solve most of these evaluation problems in their playouts already, these problems are difficult to solve by global search.

Etching

Interfacing to C Models Using ACC Routinesved all previously intractable 9 . 9 Hex opening moves; the hardest opening took 111 days. Also, in 63 days, it solved one 10 . 10 Hex opening move. This is the first time a computer or human has solved a 10 . 10 Hex opening move.

gruelling

钻孔

Investigating the Limits of Monte-Carlo Tree Search Methods in Computer Go,s..The results give a good indication of the state of the art in computer Go as of 2012/2013. They show that while a few of the very top programs can apparently solve most of these evaluation problems in their playouts already, these problems are difficult to solve by global search.

令人发腻

Scalable Parallel DFPN Search,ved all previously intractable 9 . 9 Hex opening moves; the hardest opening took 111 days. Also, in 63 days, it solved one 10 . 10 Hex opening move. This is the first time a computer or human has solved a 10 . 10 Hex opening move.