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The reigning Go champion just beat the Google game demonstrating unsurprisingly (to me) that AI has way to go before superseding human intelligence even in this narrow domain:
deja vu of the chess games in the early 1980s. Once you learned their weakness (being piece centric for example) you could beat the program on a regular basis. Until the next revision of the game came out of course. Fortunately or unfortunately the AI programs can learn weaknesses faster than humans. AI (LISP) was all the rage during my undergrad days, it is nice to see it go mainstream.
deja vu of the chess games in the early 1980s. Once you learned their weakness (being piece centric for example) you could beat the program on a regular basis. Until the next revision of the game came out of course. Fortunately or unfortunately the AI programs can learn weaknesses faster than humans. AI (LISP) was all the rage during my undergrad days, it is nice to see it go mainstream.
One of the conditions of the match was that AlphaGo software was not allowed to change during the tournament but of course the human player is allowed to analyse the matches and change tactic. No human is currently able to beat computers in chess (thanks to Moore's law) and that will also be the case in the near future for Go. I think it is better to use these intelligent tools than trying to deny it.
One of the conditions of the match was that AlphaGo software was not allowed to change during the tournament but of course the human player is allowed to analyse the matches and change tactic. No human is currently able to beat computers in chess (thanks to Moore's law) and that will also be the case in the near future for Go. I think it is better to use these intelligent tools than trying to deny it.