I know there are some scheduling problems out there that are NP-hard/NP-complete ... however, none of them are stated in such a way to show this situation is also NP.
I thought that, when proving that a problem P is NP-Complete, we were supposed to reduce a known NPC problem to P. But, looking at the solution to the Independent Set problem, it seems to not go this
What are the differences between NP, NP-Complete and NP-Hard? I am aware of many resources all over the web. I\'d l开发者_Python百科ike to read your explanations, and the reason is they might be diff
There are plenty of Chess AI\'s around, and evidently some are good enough to beat some of the world\'s greatest players.
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