Consider the following recursion (suppose n is a power of 2): √4T(n/2) +n².5 if n > 1 if n = 1 T(n): = a) Use the alternation method to guess the asymptotic value of T(n) (using – notation). b) Use induction to prove the correctness of your guess in part (a) (it suffices to prove the value of T(n) using O notation).

Advanced Engineering Mathematics
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Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Consider the following recursion (suppose n is a power of 2):
[4T(n/2) +n².5 if n>1
if n = 1
T(n) =
=
a) Use the alternation method to guess the asymptotic value of T(n) (using notation).
b) Use induction to prove the correctness of your guess in part (a) (it suffices to prove
the value of T(n) using O notation).
c) Draw the recursion tree for T(n); specify the height of the tree, the number of leaves,
and total work done in all levels of the tree. From your work, indicate the asymptotic
value of T(n).
Transcribed Image Text:Consider the following recursion (suppose n is a power of 2): [4T(n/2) +n².5 if n>1 if n = 1 T(n) = = a) Use the alternation method to guess the asymptotic value of T(n) (using notation). b) Use induction to prove the correctness of your guess in part (a) (it suffices to prove the value of T(n) using O notation). c) Draw the recursion tree for T(n); specify the height of the tree, the number of leaves, and total work done in all levels of the tree. From your work, indicate the asymptotic value of T(n).
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