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Originally shared by Rob Jongschaap
... The rules of games like chess and go are prescriptive, somewhat complicated and never change. They are, in the context of AI, “well bounded.” A book teaching chess or go written 100 years ago is still relevant today. Training an AI to play one of these games takes advantage of this “boundedness” in a variety of interesting ways, including letting the AI decide how it will play.
Now, however, imagine the rules of chess could change randomly at any time in any location: Chess on Tuesdays in Chicago has one set of rules but in Moscow there are a different set of rules on Thursdays. Chess players in Mexico use a completely different board, one for each month of the year. In Sweden the role for each piece can be decided by a player even after the game starts. In a situation like this it’s obviously impossible to write down a single set rules that everyone can follow at all times in all locations. This is an example of an unbounded problem. ...
https://blogs.scientificamerican.com/observations/why-henry-kissinger-or-anyone-else-shouldnt-fear-ai/
... The rules of games like chess and go are prescriptive, somewhat complicated and never change. They are, in the context of AI, “well bounded.” A book teaching chess or go written 100 years ago is still relevant today. Training an AI to play one of these games takes advantage of this “boundedness” in a variety of interesting ways, including letting the AI decide how it will play.
Now, however, imagine the rules of chess could change randomly at any time in any location: Chess on Tuesdays in Chicago has one set of rules but in Moscow there are a different set of rules on Thursdays. Chess players in Mexico use a completely different board, one for each month of the year. In Sweden the role for each piece can be decided by a player even after the game starts. In a situation like this it’s obviously impossible to write down a single set rules that everyone can follow at all times in all locations. This is an example of an unbounded problem. ...
https://blogs.scientificamerican.com/observations/why-henry-kissinger-or-anyone-else-shouldnt-fear-ai/
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