The game play among human competitors is sure to change just as in chess, as new players will train on AlphaGo, etc. whose gameplay will differ significantly from accepted norms in a purely human playing field. For instance, chess programs can plan and optimize to a much further depth (number of moves) in terms of strategy. So, newer players like Carlsen, etc. play differently these days than older ones like Anand, etc. [1]
This is already happening. Down at the end of a recent Wired article about Fan Hui, the European champion who lost to AlphaGo recently, it mentions that his close interactions with the software has changed his view of the game, and his ranking has also moved, from 633 "into the 300s".
The relevant paragraph is the one with the heading "Machine changes human", at the end.
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The game play among human competitors is sure to change just as in chess, as new players will train on AlphaGo, etc. whose gameplay will differ significantly from accepted norms in a purely human playing field. For instance, chess programs can plan and optimize to a much further depth (number of moves) in terms of strategy. So, newer players like Carlsen, etc. play differently these days than older ones like Anand, etc. [1]
[1] http://noenthuda.com/blog/2016/03/11/how-computers-have-chan...
This is already happening. Down at the end of a recent Wired article about Fan Hui, the European champion who lost to AlphaGo recently, it mentions that his close interactions with the software has changed his view of the game, and his ranking has also moved, from 633 "into the 300s".
The relevant paragraph is the one with the heading "Machine changes human", at the end.
http://www.wired.com/2016/03/sadness-beauty-watching-googles...