Operating System Concepts 9th edition by Abraham Silberschatz, Greg Gagne, Peter Galvin ISBN 1118063333 978-1118063330

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ISBN 10: 1118063333
ISBN 13:  978-1118063330
Author: Abraham Silberschatz, Greg Gagne, Peter Galvin

Operating System Concepts, now in its ninth edition, continues to provide a solid theoretical foundation for understanding operating systems. The ninth edition has been thoroughly updated to include contemporary examples of how operating systems function. The text includes content to bridge the gap between concepts and actual implementations. End-of-chapter problems, exercises, review questions, and programming exercises help to further reinforce important concepts.  A new Virtual Machine provides interactive exercises to help engage students with the material.

Operating System Concepts 9th Table of contents:

Part I: Introduction

1. Introduction to Operating Systems
   • 1.1: What is an Operating System?
   • 1.2: Computer System Organization
   • 1.3: Operating System Structure
   • 1.4: System Calls
   • 1.5: Operating System Services
   • 1.6: Operating System Design and Implementation
   • 1.7: Virtual Machines and Emulators
   • 1.8: Computer System Protection and Security
   • Summary

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Part II: Process Management

2. Processes

   • 2.1: Process Concept
   • 2.2: Process Scheduling
   • 2.3: Operations on Processes
   • 2.4: Interprocess Communication
   • 2.5: Threads
   • 2.6: Process Synchronization
   • Summary

3. Process Scheduling

   • 3.1: CPU Scheduling
   • 3.2: Scheduling Algorithms
   • 3.3: Multiple-Processor Scheduling
   • 3.4: Real-Time Scheduling
   • Summary

4. Synchronization

   • 4.1: The Critical-Section Problem
   • 4.2: Semaphores
   • 4.3: Mutexes and Condition Variables
   • 4.4: Synchronization Hardware
   • 4.5: Classic Synchronization Problems
   • 4.6: Deadlock
   • Summary

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Part III: Memory Management

5. Memory Management

   • 5.1: Memory Hierarchy
   • 5.2: Contiguous Memory Allocation
   • 5.3: Paging
   • 5.4: Segmentation
   • 5.5: Virtual Memory
   • 5.6: Page Replacement Algorithms
   • Summary

6. Virtual Memory

   • 6.1: Background and Motivation
   • 6.2: Demand Paging
   • 6.3: Page Replacement Algorithms
   • 6.4: Allocation of Frames
   • 6.5: Thrashing
   • Summary

---

Part IV: Storage Management

7. File-System Interface

   • 7.1: File Concept
   • 7.2: Access Methods
   • 7.3: Directory Structure
   • 7.4: File-System Mounting
   • 7.5: File Sharing
   • Summary

8. File-System Implementation

   • 8.1: File-System Structure
   • 8.2: File Allocation Methods
   • 8.3: Free-Space Management
   • 8.4: Efficiency and Performance
   • 8.5: Directory Implementation
   • Summary

9. Mass-Storage Structure

   • 9.1: Disk Structure
   • 9.2: Disk Scheduling
   • 9.3: RAID Structure
   • 9.4: Stable Storage Implementation
   • Summary

---

Part V: I/O Systems

10. Input/Output Systems

• 10.1: I/O Devices
• 10.2: I/O Software
• 10.3: Kernel I/O Subsystem
• 10.4: Disk and Drum Scheduling
• 10.5: USB and Network I/O
• Summary

---

Part VI: Protection and Security

11. Protection

• 11.1: Goals of Protection
• 11.2: Protection Domains
• 11.3: Access Control Lists
• 11.4: Capability-Based Systems
• Summary

12. Security

• 12.1: Security Concepts
• 12.2: Authentication
• 12.3: Security Policies
• 12.4: Cryptography and Encryption
• 12.5: Security in Distributed Systems
• Summary

---

Part VII: Distributed Systems

13. Distributed Systems

• 13.1: Introduction to Distributed Systems
• 13.2: Communication in Distributed Systems
• 13.3: Remote Procedure Calls (RPC)
• 13.4: Distributed File Systems
• Summary

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Part VIII: Special Topics

14. Multiprocessor and Multicore Systems

• 14.1: Introduction to Multiprocessor Systems
• 14.2: Multicore Systems
• 14.3: Process Synchronization in Multiprocessor Systems
• Summary

15. Embedded Systems

• 15.1: Characteristics of Embedded Systems
• 15.2: Design of Embedded Systems
• Summary

16. Cloud Computing and Virtualization

• 16.1: Cloud Computing Overview
• 16.2: Virtualization
• Summary

---

Appendices

• A: Review of Some Basic Concepts
• B: Historical Overview of Operating Systems
• C: A Guide to System Calls and Their Implementation
• D: Index

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