'Recurrence equation' presentation slideshows

Chapter 02

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Chapter 1

Chapter 1. Fundamentals of the Analysis of Algorithm Efficiency. Mathematical Analysis of Non-recursive Algorithms. Mathematical Analysis of Nonrecursive Algorithms Example 1.22: MaxElement (A[0..n-1]) Assume that a given list of n numbers is implemented as a array A[0..n-1].

695 views • 69 slides

Chapter 11 Sorting

Chapter 11 Sorting. Acknowledgement: These slides are adapted from slides provided with Data Structures and Algorithms in C++, Goodrich, Tamassia and Mount (Wiley 2004) and slides from Jory Denny and Mukulika Ghosh. Divide and Conquer Algorithms analysis with recurrence equations.

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Chapter 11: Sorting, Sets and Selection

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1431227-3 File Organization and Processing Week 13

1431227-3 File Organization and Processing Week 13. Divide and Conquer. Divide and Conquer. A Technique for designing algorithm that decompose instance into smaller subinstances of the same problem Solving the sub-instances independently

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Recurrence Equations

285 views • 26 slides

Quicksort

260 views • 24 slides

Divide-and-Conquer

505 views • 19 slides

Recurrence Equations

Recurrence Equations. The running time analysis of recursive functions leads naturally to recurrence equations A recurrence equation defines the value of an integer function at input n in terms of values of the function on previous values

365 views • 18 slides