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Assume the following processes are scheduled in the CPU using the round-robin scheduling with time quanta 2 ms. All the processes execute the same code that involves using a SPINLOoCK mutex (spinlock means the process busy-waits until other process releases and it acquires the mutex. And this waiting happens inside the acquire statement). The code is as follows: acquire(&lock) r critical section */ release(&lock) * remainder section "/ Process No Arrival Time Burst Time PO 6ms P1 X 6ms P2 Y 6ms P3 6ms The CPU burst time for the critical section part of the code is 3ms, and for the remainder section, it is again 3ms. Thus, all processes CPU burst time would be 6ms if they do not wait to acquire the mutex lock. Consider, X = 3, Y = 3, Z = 3. Select the processes that will be waiting to acquire the mutex at time 10ms. There is no partial marking for this question. P1 O P2 O P3 P4 Submit You have used 0 of 1 attempt Save

Assume the following processes are scheduled in the CPU using the round-robin scheduling with time quanta 2 ms. All the processes execute the same code that involves using a SPINLOoCK mutex (spinlock means the process busy-waits until other process releases and it acquires the mutex. And this waiting happens inside the acquire statement). The code is as follows: acquire(&lock) r critical section */ release(&lock) * remainder section "/ Process No Arrival Time Burst Time PO 6ms P1 X 6ms P2 Y 6ms P3 6ms The CPU burst time for the critical section part of the code is 3ms, and for the remainder section, it is again 3ms. Thus, all processes CPU burst time would be 6ms if they do not wait to acquire the mutex lock. Consider, X = 3, Y = 3, Z = 3. Select the processes that will be waiting to acquire the mutex at time 10ms. There is no partial marking for this question. P1 O P2 O P3 P4 Submit You have used 0 of 1 attempt Save

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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· (graded) Assume the following processes are scheduled in the CPU using the round-robin scheduling with time quanta 2 ms. All the processes execute the same code that involves using a SPINLOCK mutex (spinlock means the process busy-waits until other process releases and it acquires the mutex. And this waiting happens inside the acquire statement). The code is as follows: acquire(&lock) /* critical section */ release(&lock) /* remainder section */ Process No Arrival Time Burst Time PO 6ms P1 X 6ms P2 Y 6ms P3 6ms The CPU burst time for the critical section part of the code is 3ms, and for the remainder section, it is again 3ms. Thus, all processes' CPU burst time would be 6ms if they do not wait to acquire the mutex lock. Consider, X = 3, Y = 3, Z = 3. Select the processes that will be waiting to acquire the mutex at time 10ms. There is no partial marking for this question. OP1 P2 O P3 O P4 Submit You have used 0 of 1 attempt Save
Transcribed Image Text:· (graded) Assume the following processes are scheduled in the CPU using the round-robin scheduling with time quanta 2 ms. All the processes execute the same code that involves using a SPINLOCK mutex (spinlock means the process busy-waits until other process releases and it acquires the mutex. And this waiting happens inside the acquire statement). The code is as follows: acquire(&lock) /* critical section */ release(&lock) /* remainder section */ Process No Arrival Time Burst Time PO 6ms P1 X 6ms P2 Y 6ms P3 6ms The CPU burst time for the critical section part of the code is 3ms, and for the remainder section, it is again 3ms. Thus, all processes' CPU burst time would be 6ms if they do not wait to acquire the mutex lock. Consider, X = 3, Y = 3, Z = 3. Select the processes that will be waiting to acquire the mutex at time 10ms. There is no partial marking for this question. OP1 P2 O P3 O P4 Submit You have used 0 of 1 attempt Save
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