Skip to main content
Bumped by Community user
Bumped by Community user
Bumped by Community user
Bumped by Community user
Bumped by Community user
Bumped by Community user
Bumped by Community user
Bumped by Community user
Bumped by Community user
Bumped by Community user
Bumped by Community user
Bumped by Community user
Bumped by Community user

I have a recurrence relation as follows

T(n) = 2T(floor(n/2)) + nlog(n)

$$T(n) = 2T(\lfloor n/2\rfloor) + n\log(n)$$

Using the induction hypothesis how do I obtain a relation T(n) ≤ E$T(n)\leq E$ such Ethat $E$ contains neither T$T$ nor floor operator ($\lfloor\cdot\rfloor$).

I have a recurrence relation as follows

T(n) = 2T(floor(n/2)) + nlog(n)

Using the induction hypothesis how do I obtain a relation T(n) ≤ E such E contains neither T nor floor operator.

I have a recurrence relation as follows

$$T(n) = 2T(\lfloor n/2\rfloor) + n\log(n)$$

Using the induction hypothesis how do I obtain a relation $T(n)\leq E$ such that $E$ contains neither $T$ nor floor operator ($\lfloor\cdot\rfloor$).

Source Link

Using inductive hypothesis on recurrence relation?

I have a recurrence relation as follows

T(n) = 2T(floor(n/2)) + nlog(n)

Using the induction hypothesis how do I obtain a relation T(n) ≤ E such E contains neither T nor floor operator.