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0

$begingroup$

I've come across to this problem

Show the solution of Multipeg tower of hanoi $(n,p) = (361,8)$ in a binary tree, where $n$ = number of disks, $p$ = number of pegs

I know how multipeg tower of hanoi is solved using dynamic programming. But how can i solve it using binary tree?

algorithms recurrence-relations trees dynamic-programming

share|cite|improve this question

edited Mar 22 at 15:53

Leolime

asked Mar 22 at 14:08

LeolimeLeolime

124

$endgroup$

add a comment | 

0

$begingroup$

I've come across to this problem

Show the solution of Multipeg tower of hanoi $(n,p) = (361,8)$ in a binary tree, where $n$ = number of disks, $p$ = number of pegs

I know how multipeg tower of hanoi is solved using dynamic programming. But how can i solve it using binary tree?

algorithms recurrence-relations trees dynamic-programming

share|cite|improve this question

edited Mar 22 at 15:53

Leolime

asked Mar 22 at 14:08

LeolimeLeolime

124

$endgroup$

add a comment | 

$begingroup$

I've come across to this problem

Show the solution of Multipeg tower of hanoi $(n,p) = (361,8)$ in a binary tree, where $n$ = number of disks, $p$ = number of pegs

I know how multipeg tower of hanoi is solved using dynamic programming. But how can i solve it using binary tree?

algorithms recurrence-relations trees dynamic-programming

share|cite|improve this question

edited Mar 22 at 15:53

Leolime

asked Mar 22 at 14:08

LeolimeLeolime

124

$endgroup$

share|cite|improve this question

edited Mar 22 at 15:53

Leolime

asked Mar 22 at 14:08

LeolimeLeolime

124

share|cite|improve this question

edited Mar 22 at 15:53

Leolime

asked Mar 22 at 14:08

LeolimeLeolime

124

asked Mar 22 at 14:08

LeolimeLeolime

124

asked Mar 22 at 14:08

LeolimeLeolime

124