The document discusses CPU scheduling in operating systems. It covers basic concepts like CPU bursts and scheduling criteria. It then describes common scheduling algorithms like FCFS, SJF, priority scheduling, and round robin. It also discusses thread scheduling, multiprocessor scheduling, and examples of scheduling in Solaris, Windows, and Linux.

1. Chapter 5: CPU Scheduling

5. Histogram of CPU-burst Times

6. Alternating Sequence of CPU And I/O Bursts

16. Prediction of the Length of the Next CPU Burst

21. Time Quantum and Context Switch Time

22. Turnaround Time Varies With The Time Quantum

24. Multilevel Queue Scheduling

27. Multilevel Feedback Queues

33. NUMA and CPU Scheduling

35. Multithreaded Multicore System

37. Solaris Dispatch Table

38. Solaris Scheduling

39. Windows XP Priorities

41. Priorities and Time-slice length

42. List of Tasks Indexed According to Priorities

44. Evaluation of CPU schedulers by Simulation

45. End of Chapter 5

46. 5.08

47. In-5.7

48. In-5.8

49. In-5.9

50. Dispatch Latency

55. Solaris 2 Scheduling