Asymptotical evaluations
0
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What does $f(Theta(g(n)))$ mean for $f,g$ monotonically increasing to $infty$? I know that $Theta(g(n))$ is a set so how can I compose an $f$ function on it?
asymptotics
asked Jan 1 at 12:18
Robo YonuomaroRobo Yonuomaro
595
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add a comment |
0
$begingroup$
What does $f(Theta(g(n)))$ mean for $f,g$ monotonically increasing to $infty$? I know that $Theta(g(n))$ is a set so how can I compose an $f$ function on it?
asymptotics
asked Jan 1 at 12:18
Robo YonuomaroRobo Yonuomaro
595
$endgroup$
$begingroup$
Maybe it is the image of that set under $f$, i.e., the functions resulting of composing $f$ with the functions in $Theta(g(n))$, when possible. But I think more context is needed.
$endgroup$
– Javi
Jan 1 at 12:31
add a comment |
0
0
0
$begingroup$
What does $f(Theta(g(n)))$ mean for $f,g$ monotonically increasing to $infty$? I know that $Theta(g(n))$ is a set so how can I compose an $f$ function on it?
asymptotics
asked Jan 1 at 12:18
Robo YonuomaroRobo Yonuomaro
595
$endgroup$
What does $f(Theta(g(n)))$ mean for $f,g$ monotonically increasing to $infty$? I know that $Theta(g(n))$ is a set so how can I compose an $f$ function on it?
asymptotics
asymptotics
asked Jan 1 at 12:18
Robo YonuomaroRobo Yonuomaro
595
asked Jan 1 at 12:18
Robo YonuomaroRobo Yonuomaro
595
asked Jan 1 at 12:18
Robo YonuomaroRobo Yonuomaro
595
asked Jan 1 at 12:18
Robo YonuomaroRobo Yonuomaro
595
asked Jan 1 at 12:18
Robo YonuomaroRobo Yonuomaro
595
595
$begingroup$
Maybe it is the image of that set under $f$, i.e., the functions resulting of composing $f$ with the functions in $Theta(g(n))$, when possible. But I think more context is needed.
$endgroup$
– Javi
Jan 1 at 12:31
add a comment |
$begingroup$
Maybe it is the image of that set under $f$, i.e., the functions resulting of composing $f$ with the functions in $Theta(g(n))$, when possible. But I think more context is needed.
$endgroup$
– Javi
Jan 1 at 12:31
$begingroup$
Maybe it is the image of that set under $f$, i.e., the functions resulting of composing $f$ with the functions in $Theta(g(n))$, when possible. But I think more context is needed.
$endgroup$
– Javi
Jan 1 at 12:31
$begingroup$
Maybe it is the image of that set under $f$, i.e., the functions resulting of composing $f$ with the functions in $Theta(g(n))$, when possible. But I think more context is needed.
$endgroup$
– Javi
Jan 1 at 12:31
add a comment |
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$begingroup$
Maybe it is the image of that set under $f$, i.e., the functions resulting of composing $f$ with the functions in $Theta(g(n))$, when possible. But I think more context is needed.
$endgroup$
– Javi
Jan 1 at 12:31