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Contents
Front Matter
1.
Operating System : Introduction
2.
System Calls and OS Structures
3.
Process Concepts
4.
CPU Scheduling - I
5.
CPU Scheduling - II
6.
CPU Scheduling - III
7.
Process Synchronization
8.
Process Synchronization – Solutions I
9.
Process Synchronization – Solutions II
10.
Process Synchronization – Solutions III
11.
Process Synchronization - Semaphores
12.
Process Synchronization – Classic Problems
13.
Deadlocks – Introduction
14.
Deadlocks – Prevention, Avoidance
15.
Deadlocks – Avoidance
16.
Deadlocks – Detection and Recovery
17.
Memory Management
18.
Memory Management – Paging I
19.
Memory Management – Paging II
20.
Memory Management – Paging III
21.
Memory Management –Segmentation
22.
Virtual Memory
23.
Page Replacement Algorithms I
24.
Page Replacement Algorithms - II
25.
Page Replacement Algorithms - III
26.
Allocation of Frames, Thrashing
27.
Virtual Memory – Windows NT, Solaris 2
28.
File - System Interface – I
29.
File - System Interface – II
30.
File - System Interface - III
31.
Implementation of File Systems
32.
File Allocation Methods
33.
Disk Scheduling Algorithm
34.
Mass Storage Management
35.
Process Management in Linux
36.
Scheduling in Linux
37.
Memory Management in Linux
Back Matter
Operating System
5
CPU Scheduling – II
Mary Anitha Rajam
CPU Scheduling – II
