3. The following is a new Partition algorithm using A[16] as the pivot element. Assume that ub > lb. Partition (A[], lb, ub): pivot + A[lb] down + lb - 1 up + ub + 1 while TRUE { do { up + up - 1 } while A[up] > pivot do { down down + 1 } while A[down] < pivot if down < up { A[down] A[up] } else { } return up Design a quicksort algorithm using the above Partition algorithm. Make sure that your algorithm does not loop forever.
3. The following is a new Partition algorithm using A[16] as the pivot element. Assume that ub > lb. Partition (A[], lb, ub): pivot + A[lb] down + lb - 1 up + ub + 1 while TRUE { do { up + up - 1 } while A[up] > pivot do { down down + 1 } while A[down] < pivot if down < up { A[down] A[up] } else { } return up Design a quicksort algorithm using the above Partition algorithm. Make sure that your algorithm does not loop forever.
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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Question
use the partition function given when writing quicksort
![3. The following is a new Partition algorithm using A[lb] as the pivot element. Assume that
ub> lb.
Partition (A[], lb, ub):
pivot
A[lb]
downlb - 1
upub + 1
while TRUE {
do {
up up 1
} while A [up] > pivot
do {
down + 1
} while A[down] < pivot
if down < up {
A[up]
down
}
A [down]
} else {
return up
}
Design a quicksort algorithm using the above Partition algorithm. Make sure that your
algorithm does not loop forever.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F203b8740-3509-48d2-81b5-6acb558ced74%2Feae41392-4a67-4ae3-8680-413d940457e9%2Fz8yhkir_processed.png&w=3840&q=75)
Transcribed Image Text:3. The following is a new Partition algorithm using A[lb] as the pivot element. Assume that
ub> lb.
Partition (A[], lb, ub):
pivot
A[lb]
downlb - 1
upub + 1
while TRUE {
do {
up up 1
} while A [up] > pivot
do {
down + 1
} while A[down] < pivot
if down < up {
A[up]
down
}
A [down]
} else {
return up
}
Design a quicksort algorithm using the above Partition algorithm. Make sure that your
algorithm does not loop forever.
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