How do you prove that one RNG is better than another? I don\'t mean in terms of runtime, but rather the amount of entropy \"generated\" - which also rolls in the notion of periodicity (low period = l
Unfortunately I am having trouble summing up this question in one phrase/line, thus I am forced to initially hint as to what my understanding is before asking the question in fear of me asking a quest
In most programming languages, 1 and 0 can be used instead of True and False. However, from my experience, integers seem to always be easier to use.
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This question already has answers here: Closed 12 years ago. Possible Duplicate: Classes. Whats the point?
Assuming a complete binary tree, each node can be adressed with the position it appears in a given tree traversal algorithm.
Most tutorials seem to give a lot of examples of monads (IO, state, list and so on) and then expect the reader to be able to abstract the overall principle and then they mention category theory. I don
I\'ve been studying Queuing Theory and I have been searching for well known techniques/algorithms applied to customer queues for systems that can provide multiple services associated to the same queue
I have a course called Algorithm Analysis at college, where we\'re currently studying the different complexity classes -- P, NP, NP-hard etc.
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