We are dealing with 6 processes p1;p2; : : : ;p6: (a) Processes p1;p2 in p3 arrive at time 2 ms, respectively. Each of those processes needs 5 ms of CPU time. (b) Process p4 arrives at time 10 ms and needs 3 ms of CPU time. (c) Processes p5 in p6 arrive at time 19 ms. Process p5 needs 7 ms, while process p6 needs 4 ms of CPU time. Scheduling is preemptive, where there process switch takes 1 ms. For the Round-Robin algorithms with quantum 2 ms illustrate the execution of those processes on a timeline. Then determine the average turnaround time.
We are dealing with 6 processes p1;p2; : : : ;p6: (a) Processes p1;p2 in p3 arrive at time 2 ms, respectively. Each of those processes needs 5 ms of CPU time. (b) Process p4 arrives at time 10 ms and needs 3 ms of CPU time. (c) Processes p5 in p6 arrive at time 19 ms. Process p5 needs 7 ms, while process p6 needs 4 ms of CPU time. Scheduling is preemptive, where there process switch takes 1 ms. For the Round-Robin algorithms with quantum 2 ms illustrate the execution of those processes on a timeline. Then determine the average turnaround time.
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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We are dealing with 6 processes p1;p2; : : : ;p6:
(a) Processes p1;p2 in p3 arrive at time 2 ms, respectively. Each of those processes
needs 5 ms of CPU time.
(b) Process p4 arrives at time 10 ms and needs 3 ms of CPU time.
(c) Processes p5 in p6 arrive at time 19 ms. Process p5 needs 7 ms, while process p6
needs 4 ms of CPU time.
Scheduling is preemptive, where there process switch takes 1 ms. For the Round-Robin
algorithms with quantum 2 ms illustrate the execution of those processes on a timeline.
Then determine the average turnaround time.
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