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Assume n is a positive integer. Our goal is to find a power function g(n) = nº such that the algorithm below is O(nº). x = 3 y := 1 z := 15 for j := 5 to 3n x := x - 4. j y := x.y³ z := n ·x+jy next j There are operations performed in each run of the loop and the loop runs 3n-4 the total number of operations performed in this loop is Therefore, by the order of a polynomial theorem, this algorithm is O(n times, so

Assume n is a positive integer. Our goal is to find a power function g(n) = nº such that the algorithm below is O(nº). x = 3 y := 1 z := 15 for j := 5 to 3n x := x - 4. j y := x.y³ z := n ·x+jy next j There are operations performed in each run of the loop and the loop runs 3n-4 the total number of operations performed in this loop is Therefore, by the order of a polynomial theorem, this algorithm is O(n times, so

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Assume n is a positive integer. Our goal is to find a power function g(n) = nº such that the algorithm below is O(nº). x = 3 y = 1 z := 15 for j := 5 to 3n x := x -4.j y := x. y³ z = n x+j.y next j There are the total number of operations performed in this loop is operations performed in each run of the loop and the loop runs 3n-4 Therefore, by the order of a polynomial theorem, this algorithm is O(n times, so
Transcribed Image Text:Assume n is a positive integer. Our goal is to find a power function g(n) = nº such that the algorithm below is O(nº). x = 3 y = 1 z := 15 for j := 5 to 3n x := x -4.j y := x. y³ z = n x+j.y next j There are the total number of operations performed in this loop is operations performed in each run of the loop and the loop runs 3n-4 Therefore, by the order of a polynomial theorem, this algorithm is O(n times, so
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