Table of Contents

 Table of Contents (Each Chapter concludes with a Summary.) 1. Characterization of Distributed Systems. Introduction. Examples of Distributed Systems. Resource Sharing and the Web. Challenges. 2. System Models. Introduction. Architectural Models. Fundamental Models. 3. Networking and Internetworking. Introduction. Types of Network. Network Principles. Internet Protocols. Case Studies: Ethernet, ATM, and Wireless LAN. 4. Interprocess Communication. Introduction. The APIs for the Internet Protocols. External Data Representation and Marshalling. Client-Server Communication. Group Communication. Case Study: Interprocess Communication in UNIX. 5. Distributed Objects and Remote Invocation. Introduction. Communication between Distributed Objects. Remote Procedure Calling. Events and Notifications. Java RMI Case Study. 6. Operating System Support. Introduction. The Operating System Layer. Protection. Processes and Threads. Communication and Invocation. Operating System Architecture. 7. Security. Introduction. Overview of Security Techniques. Cryptographic Algorithms. Digital Signatures. Cryptographic Pragmatics. Case Studies: Needham-Schroeder, Kerberos, SSL, and Millicent. 8. File Servers. Introduction. File Service Architecture. Design Issues. Case Studies. 9. Name Services. Introduction. Name Services andtheDomain Name System. Directory and Discovery Services. Further Case Studies: GNS and X500. 10. Time and Global States. Introduction. Clocks, Events, and Process States. Synchronizing Physical Clocks. Logical Time and Logical Clocks. Observing Global States. 11. Coordination and Agreement. Introduction. Distributed Mutual Exclusion. Elections. Multicast Communication. Consensus and Related Problems. 12. Transactions and Concurrency Control. Introduction. Transactions. Nested Transactions. Locks. Optimistic Concurrency Control. Timestamp Ordering. Comparison of Methods for Concurrency Control. 13. Distributed Transactions. Introduction. Flat and Nested Distributed Transactions. Atomic Commit Protocols. Concurrency Control in Distributed Transactions. Distributed Deadlocks. Transaction Recovery. Failure Model for Transactions. 14. Replication. Introduction. System Model and Group Communication. Fault Tolerance through Replication. Highly Available Systems. Transactions with Replicated Data. 15. Distributed Multimedia Systems. Introduction. Characteristics of Multimedia Data. Quality of Service Management. Resource Management. Stream Adaptation. Case Study: The Tiger Video Server. Multimedia Programming Frameworks. 16. Distributed Shared Memory. Introduction. Design and Implementation Issues. Sequential Consistency and Ivy. Release Consistency and Munin.

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