. Implement the Round-Robin Scheduling Alg uantum 3 mile (not all process finish) if(remaining_burst_time_process[i] == 0) //finish { //do nothing:) else if( remaining_burst_time_process[i]> { remaining_burst_time_process[i] time_quantum) = time_quantum;
. Implement the Round-Robin Scheduling Alg uantum 3 mile (not all process finish) if(remaining_burst_time_process[i] == 0) //finish { //do nothing:) else if( remaining_burst_time_process[i]> { remaining_burst_time_process[i] time_quantum) = time_quantum;
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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Question
![Practice
2. Implement the Round-Robin Scheduling Algorithm with time
quantum 3
while (not all process finish)
{
if(remaining_burst_time_process[i] == 0) //finish
{ //do nothing;}
else if( remaining_burst_time_process[i]>
time_quantum)
{
remaining_burst_time_process[i]
= time_quantum;
for (all process not finish & & not current_process)
waiting time += quantum;
}
else if( remaining_burst_time_process[i] <= time_quantum) //last round
{
int last_burst = remaining_burst_time_process[i];
remaining_burst_time_process[i] = remaining_burst_time_process[i];
for (all process not finish)
waiting time += last_burst;
}
}
turnaround_time_process[i] = original_burst_time_process[i] + waiting_time_process[i];](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3809aafa-750a-44bb-b48b-64f5e06542b4%2F9758a80d-75d4-4bd7-bb94-fc2d3b56f0ea%2F66x8eeb_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Practice
2. Implement the Round-Robin Scheduling Algorithm with time
quantum 3
while (not all process finish)
{
if(remaining_burst_time_process[i] == 0) //finish
{ //do nothing;}
else if( remaining_burst_time_process[i]>
time_quantum)
{
remaining_burst_time_process[i]
= time_quantum;
for (all process not finish & & not current_process)
waiting time += quantum;
}
else if( remaining_burst_time_process[i] <= time_quantum) //last round
{
int last_burst = remaining_burst_time_process[i];
remaining_burst_time_process[i] = remaining_burst_time_process[i];
for (all process not finish)
waiting time += last_burst;
}
}
turnaround_time_process[i] = original_burst_time_process[i] + waiting_time_process[i];
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