Index

1. Process scheduling


2. Process boundness


3. Alternating Sequence of CPU and I/O Bursts


4. Histogram of CPU-burst Times


5. Preemptive vs non-preemptive


6. Scheduling Criteria


7. First-Come, First-Served (FCFS) Scheduling


8. Shortest-Job-First (SJF) Scheduling


9. Example of Non-Preemptive SJF


10. Example of Preemptive SJF


11. Priority Scheduling


12. Example of Preemptive Priority


13. Round Robin (RR)


14. Example of RR with Time Quantum = 20


15. Simpler example of RR with Time Quantum = 5


16. Time Quantum and Context Switch Time


17. Real-life scheduling


18. Priorities and time slice length in Linux


19. Multiple-Processor Scheduling


20. Multicore Processors


21. Single thread activity


22. Multithreaded multicore activity


23. Thread scheduling on multicore procesors


Index

1. Process scheduling
2. Process boundness
3. Alternating Sequence of CPU and I/O Bursts
4. Histogram of CPU-burst Times
5. Preemptive vs non-preemptive
6. Scheduling Criteria
7. First-Come, First-Served (FCFS) Scheduling
8. Shortest-Job-First (SJF) Scheduling
9. Example of Non-Preemptive SJF
10. Example of Preemptive SJF
11. Priority Scheduling
12. Example of Preemptive Priority
13. Round Robin (RR)
14. Example of RR with Time Quantum = 20
15. Simpler example of RR with Time Quantum = 5
16. Time Quantum and Context Switch Time
17. Real-life scheduling
18. Priorities and time slice length in Linux
19. Multiple-Processor Scheduling
20. Multicore Processors
21. Single thread activity
22. Multithreaded multicore activity
23. Thread scheduling on multicore procesors
Index

This document was produced using groff-1.22.