algorithm - Big O, Theta, and big Omega notation -
based on understanding, big o similar theta notation can include bigger given function (e.g. n^3 = o(n^4), n^3 = o(n^5)
, etc.), , big omega includes smaller given function (n^3 = Ω(n^2
), etc.).
however, professor said other day n^0.79 = Ω(n^0.8)
, while doing exercise involved master theorem.
why/how true when n^0.8
larger n^0.79
?
you have big o , big omega backwards. big o "same" or smaller function.
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