Distributed Systems Concepts and Design 4th by Jean Dollimore, Tim Kindberg, George Coulouris ISBN 0321263545 978-0321263544

Distributed Systems: Concepts and Design 4th by Jean Dollimore, Tim Kindberg, George Coulouris  – Ebook PDF Instant Download/Delivery.
Full download Distributed Systems: Concepts and Design 4th edition after payment

Product details:

ISBN 10: 0321263545
ISBN 13: 978-0321263544
Author: Jean Dollimore, Tim Kindberg, George Coulouris 

Provides a broad and up-to-date account of the principles and practice of distributed system design.

Distributed Systems: Concepts and Design 4th Table of contents:

Preface

Acknowledgments

About the Authors

---

Part I: Introduction and Background

Chapter 1: Introduction to Distributed Systems
1.1. What Is a Distributed System?
1.2. Examples of Distributed Systems
1.3. Key Characteristics of Distributed Systems
1.4. Challenges in Distributed Systems
1.5. Architectures for Distributed Systems
1.6. Application Areas of Distributed Systems
1.7. Structure of the Book

---

Part II: Architectures for Distributed Systems

Chapter 2: System Models
2.1. Types of Distributed Systems
2.2. Client-Server Model
2.3. Peer-to-Peer Systems
2.4. Distributed Objects and Middleware
2.5. Software Architectures in Distributed Systems
2.6. Virtualization and Cloud Computing
2.7. Case Study: The Internet

Chapter 3: Communication in Distributed Systems
3.1. Communication Primitives
3.2. Message Passing
3.3. Remote Procedure Call (RPC)
3.4. Client-Server Communication
3.5. Web Services
3.6. Middleware
3.7. Performance of Distributed Communication

---

Part III: Processes and Synchronization

Chapter 4: Processes in Distributed Systems
4.1. Processes and Threads
4.2. The Client-Server Model
4.3. Process Migration and Virtualization
4.4. Synchronization of Processes
4.5. Communication between Processes
4.6. Process Coordination and Deadlock

Chapter 5: Synchronization and Coordination
5.1. Clock Synchronization
5.2. Logical Clocks
5.3. Global State and Snapshots
5.4. Distributed Mutual Exclusion
5.5. Coordination and Consensus Algorithms
5.6. Fault-Tolerant Synchronization

---

Part IV: Fault Tolerance and Reliability

Chapter 6: Fault Tolerance
6.1. The Importance of Fault Tolerance
6.2. Types of Failures
6.3. Fault Detection
6.4. Fault Recovery
6.5. Replication and Redundancy
6.6. Consistency and Availability
6.7. Case Study: Highly Available Systems

Chapter 7: Security in Distributed Systems
7.1. Security in Distributed Environments
7.2. Authentication, Authorization, and Access Control
7.3. Cryptography
7.4. Secure Communication Protocols
7.5. Secure Distributed Systems
7.6. Case Study: Secure Web Applications

---

Part V: Distributed File Systems and Databases

Chapter 8: Distributed File Systems
8.1. Characteristics of Distributed File Systems
8.2. File Service and Storage Models
8.3. Transparency in Distributed File Systems
8.4. Distributed File System Protocols (e.g., NFS, AFS)
8.5. Case Study: The Google File System

Chapter 9: Distributed Databases
9.1. Database Models in Distributed Systems
9.2. Data Distribution and Replication
9.3. Transactions and Concurrency Control
9.4. Distributed Query Processing
9.5. Consistency and Atomicity
9.6. Case Study: NoSQL and Big Data

---

Part VI: Advanced Topics

Chapter 10: Middleware
10.1. The Role of Middleware in Distributed Systems
10.2. Distributed Object Middleware (CORBA, Java RMI)
10.3. Web Middleware (SOAP, REST)
10.4. Event-based and Message-based Middleware
10.5. Case Study: Cloud Computing Middleware

Chapter 11: Distributed Algorithms
11.1. Fundamentals of Distributed Algorithms
11.2. Agreement and Consensus Algorithms
11.3. Distributed Mutual Exclusion
11.4. Voting and Atomic Broadcast
11.5. Quorum Systems and Replication
11.6. Case Study: The Paxos Algorithm

Chapter 12: Distributed Resource Management
12.1. Resource Allocation and Scheduling
12.2. Load Balancing
12.3. Distributed File and Resource Management
12.4. Cloud Resource Management
12.5. Virtualization and Containerization in Distributed Systems

---

Part VII: Case Studies and Real-World Systems

Chapter 13: Case Studies of Distributed Systems
13.1. The World Wide Web
13.2. Google’s Distributed Infrastructure
13.3. The Domain Name System (DNS)
13.4. Peer-to-Peer Systems (e.g., BitTorrent)
13.5. Cloud Computing Platforms (e.g., Amazon AWS)
13.6. Distributed Storage Systems (e.g., Dropbox, Google Drive)

---

Part VIII: Conclusion and Future Trends

Chapter 14: Future Trends in Distributed Systems
14.1. The Rise of Cloud Computing
14.2. Edge Computing and Internet of Things (IoT)
14.3. Blockchain and Distributed Ledgers
14.4. Machine Learning in Distributed Systems
14.5. Quantum Computing and Distributed Systems

---

Glossary

Index

People also search for Distributed Systems: Concepts and Design 4th:

distributed systems 4th edition

distributed systems concepts and design (4th edition)

distributed systems design patterns

distributed systems. concepts and design

distributed systems concepts and design