CT31 Operating
Systems
Structure
1. Overview
Introduction
System
Structures
2. Process
Management
Process
Concept
Multithreaded
Programming
Process
Scheduling
Synchronization
Deadlocks
4. Memory
Management
Memory
Management Strategies
Virtual,
Memory Management
5. Storage
Management
File
systems
Implementing
file systems
Secondary
storage structure
I/o
Systems
6. Distributed
Systems
Distributed
Operating systems
Distributed
File Systems
Distributed
Synchronization
7. Protection
and Security
System
Protection
System
Security,
Real-time
Systems
Multimedia
Systems
9. Case
Studies
The
Linux system
Windows
XP
Inflectional
Operating systems
“Operating
System Principles” Abraham Silberschatz,
Peter Baer Galvin, Greg Gagne(2009),Johnwiley &
Sons (
“Modern
Operating Systems” Andre S Tanenbaum(2009) Pearson Education
1. Introduction:
1.1
What operating systems do
1.2
Computer systems organization
1.3
Architecture,
1.4
Structure,
1.5
Operations,
1.6
Process Management
1.7
Memory Management
1.8
Storage Management
1.9
Protection and security
1.10
Distributed systems,
1.11
Special Purpose systems
1.12
Computing environments
2.1 OS services,
2.2 User OS interface
2.3 System calls,
2.4 System programs
2.5 OS design
2.6 Design and Implementation
2.7 OS Structure,
2.8 Virtual Machines
2.9 OS generation
2.10 System boot
3.1
Process Concept
3.1.1
Process scheduling
3.1.2
Interprocess
Communication
3.1.3
Communication in client server systems
3.2 Multithreaded
Programming
3.2.1
Multithreading models
3.2.2
Thread libraries
3.2.3
Threading issues
3.2.4
OS Examples
3.3 Process
scheduling
3.3.1
Scheduling algorithms
3.3.2
Multiple-Processor scheduling
3.3.3
Thread scheduling
3.3.4
OS examples
3.3.5
Algorithms evaluation
4. Process coordination
4.1 Synchronization
4.1.1 Critical section
4.1.2 Peterson’s solution,
4.1.3 Synchronization Hardware
4.1.4 Semaphores
4.1.5 Classic problems of synchronization
4.1.6 Monitors
4.1.7 Synchronization examples
4.1.8 Atomic transactions
4.2 Deadlocks
4.2.1
Deadlock
4.2.2
Characterization,
4.2.3
Methods of handling deadlocks,
4.2.4
Deadlock: Prevention, avoidance,
detection, recovery
5. Memory Management
6.1 File Systems
6.1.1
Concepts
6.1.2
Access methods
6.1.3
Directory structure
6.1.4
File System mounting
6.1.5
File sharing
6.1.6
Protection
6.2 Implementation
File Systems:
6.2.1
Mass-storage structure
6.2.2
Disk Structure
6.2.3
Disk attachment
6.2.4
Disk scheduling
6.2.5
Disk Management
6.2.6
Swap-space Management
6.2.7
RAID structure
6.2.8
Stable-storage structure
6.3 I/O
Systems
6.3.1
I/O Hardware
6.3.2
Application I/O interface
6.3.3
Kernel I/O subsystems
6.3.4
Transforming I/O requests to hardware
operations
6.3.5
Streams
6.3.6
Performance
7. Distributed Systems
7.1
Distributed OS:
7.1.1
Types
7.1.2
Network Structure
7.1.3
Network topology
7.1.4
communication structure
7.1.5
communication protocols
7.1.6
Robustness
7.1.7
Design issues
7.2 Distributed
File systems
7.2.1
Naming and Transparency
7.2.2
Remote File access
7.2.3
Statefulv
versus stateless service
7.3 Distributed
Synchronization
7.3.1
Event ordering
7.3.2
Mutual Exclusion
7.3.3
Atomicity
7.3.4
concurrency control
7.3.5
Deadlock handling
7.3.6
Election Algorithms
7.3.7
Reaching agreement
8.
Protection
and Security
8.1 System Protection
8.1.1
Goal of Protection
8.1.2
Principles of Protection Domain of
Protection
8.1.3
Access Matrix
8.1.4
Implementation of Access Matrix
8.1.5
Access Control, Revocation and Access
Rights
8.1.6
Capability-Based Systems
8.1.7
Language-Based Protection
8.2 System Security
8.2.1 Programe Threats
8.2.2 system and network threats
8.2.3 cryptography as a security tool
8.2.4 user authentication
8.2.5 Implementing Security Defences
8.2.6 Firewalling to protect systems and Networks
9. Special Purpose Systems
9.1
Real-time Systems:
9.1.1
System
characteristics
9.1.2
features, of Real-time Kernels
9.1.3
implementing Real time OS
9.1.4
Realtime
CPU Scheduling
9.2
Multimedia Systems
9.2.1
What is multimedia
9.2.2
compression
9.2.3
Requirements of Multimedia Kernals
9.2.4
CPU Scheduling
9.2.5
Disk Scheduling
9.2.6
Network Management
9.2.7
An example: CineBlitz
9.
Case
Studies
10.1
UNIX BSD (contents on line)
10.2
The Mach System (Contents on the
windows 2000
10.3
Contents on line
Text Books :
1. “Operating
System Principles” Abraham Silberschatz, Peter Baer Galvin, Greg Gagne(2009),Johnwiley & Sons (
2. “Modern
Operating Systems” Andre S Tanenbaum(2009) Pearson Education