A binary search only works if the values in the list are sorted. A bubble sort is a simple way to sort entries. The basic idea is to compare two adjacent entries in a list-call them entry[j] and entry[j+1]. If entry[j] is larger, then swap the entries. If this is repeated until the last two entries are compared, the largest element in the list will now be last. The smallest entry will ultimately get swapped, or "bubbled" up to the top. The algorithm could be described in C as: last = num; while (last > 0) { pairs = last - 1: for (j = 0; j <= pairs; įtt) { if (entryli) > entry (j+1] { temp = entrylil: entryli] = entrylj+1]l: entrylj+1] = temp: last = 1: } Here, num is the number of entries in the list. Write an assembly language program to implement a bubble sort algorithm, and test it using a list of 8 elements. Each element should be a halfword in length. Please show your code works with the Keil tools or VISUAL, by grabbing a screen shot with your name somewhere on the screen.

A binary search only works if the values in the list are sorted. A bubble sort is a simple way to sort entries. The basic idea is to compare two adjacent entries in a list-call them entry[j] and entry[j+1]. If entry[j] is larger, then swap the entries. If this is repeated until the last two entries are compared, the largest element in the list will now be last. The smallest entry will ultimately get swapped, or "bubbled" up to the top. The algorithm could be described in C as: last = num; while (last > 0) { pairs = last - 1: for (j = 0; j <= pairs; įtt) { if (entryli) > entry (j+1] { temp = entrylil: entryli] = entrylj+1]l: entrylj+1] = temp: last = 1: } Here, num is the number of entries in the list. Write an assembly language program to implement a bubble sort algorithm, and test it using a list of 8 elements. Each element should be a halfword in length. Please show your code works with the Keil tools or VISUAL, by grabbing a screen shot with your name somewhere on the screen.

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

A binary search only works if the values in the list are sorted. A bubble
sort is a simple way to sort entries. The basic idea is to compare two
adjacent entries in a list-call them entry[j] and entry[j+1]. If entry[j] is
larger, then swap the entries. If this is repeated until the last two entries
are compared, the largest element in the list will now be last. The smallest
entry will ultimately get swapped, or "bubbled" up to the top. The
algorithm could be described in C as:
last = num;
while (last > 0) {
pairs = last – 1:
for (j = 0; j <= pairs; itt) {
if (entryli] > entry (j+1]
{
temp = entry[il:
entryli] = entrylj+1];
entrylj+1] = temp;
last = i:
}
}
Here, num is the number of entries in the list. Write an assembly
language program to implement a bubble sort algorithm, and test it using
a list of 8 elements. Each element should be a halfword in length. Please
show your code works with the Keil tools or VisUAL, by grabbing a screen
shot with your name somewhere on the screen.

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