Implement the merge_sort procedure without recursion, where the size of the vector is an arbitrary number.
Hint: Keep merging adjacent areas whose size is a power of 2, and pay special attention to the last area in the sequence.
Subject
Computer Science Data Structures and Algorithms
Question
Solution Preview
This material may consist of step-by-step explanations on how to solve a problem or examples of proper writing, including the use of citations, references, bibliographies, and formatting. This material is made available for the sole purpose of studying and learning - misuse is strictly forbidden.
void iterative_merge_procedure(int n1,int n2,int n3)
{
int i,j,k; //temporary indexes
i=n1; j=n2; k=n1;
while (i<n2 && j<n3) {
if (v1[i]<=v1[j]) {v2[k]=v1[i]; i++;}
else {v2[k]=v1[j]; j++;}
k++;
}...
{
int i,j,k; //temporary indexes
i=n1; j=n2; k=n1;
while (i<n2 && j<n3) {
if (v1[i]<=v1[j]) {v2[k]=v1[i]; i++;}
else {v2[k]=v1[j]; j++;}
k++;
}...
Related Homework Solutions
Two Problems with Partition Sum and Undirected & Unweighted Graph Properties
$15.00
Partition
Problem
Sum
Equal
Solution
Largest
Independent
Set
Undirected
Unweighted
Euler
Cycle
Hamilton
Graph
Big Data (530 words)
$20.00
Big
Data
Algorithm
Input
Output
Complexity
Technical
Scientific
Theory
Performance
Criteria
Cost
Euclidean
Machine
Learning
Structured
Unstructured
Analytics
Business
Voronoi
NP-Hard
Partition
Clustering
Mean
Big
Data
Algorithm
Input
Output
Complexity
Technical
Scientific
Theory
Performance
Criteria
Cost
Euclidean
Machine
Learning
Structured
Unstructured
Analytics
Business
Voronoi
NP-Hard
Partition
Clustering
Mean
Network Model Estimation Based on Linearity of Expectation and Randomization
Fibonacci Dynamic Programming Questions
$8.00
Fibonacci
Dynamic
Programming
Question
Pseudo
Code
Algorithm
DP
Optimal
Subproblem
Return to homework library