Distributed systems : architecture and implementation : an advanced course
Author(s)
Bibliographic Information
Distributed systems : architecture and implementation : an advanced course
(Lecture notes in computer science, 105)
Springer-Verlag, c1981
- : gw
- : us
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Library, Research Institute for Mathematical Sciences, Kyoto University数研
L/N||LNCS||1052719166
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Note
Papers presented at the Advanced Course on Distributed Systems--Architecture and Implementation, which was organized by the Institute für Informatik, Technische Universität München, and held March 4-13, 1980
Bibliography: p. [493]-506
Includes index
Contents of Works
- Motivations, objectives, and characterization of distributed systems / Gerard LeLann
- Distributed system architecture model / Richard W. Watson
- Interprocess communication layer / Kenneth J. Thurber
- Hardware interconnection technology / Kenneth J. Thurber
- Link level / Gerard LeLann
- Hierarchy / Donald W. Davies, Richard W. Watson
- IPC interface and end-to-end protocols / Richard W. Watson
- Distributed control / E. Douglas Jensen
- Indentifiers (naming) in distributed systems / Richard W. Watson
- Protection / Donald W. Davies
- Atomic transactions / Butler W. Lampson
- Synchronization / Gerard LeLann
- Multiple copy update / Elmar Holler
- Applications and protocols / Stephen R. Kimbleton, Pearl Wong, and Butler W. Lampson
- Error recovery / Gerard LeLann
- Hardware issues / Kenneth J. Thurber
- Hardware/software relationships in distributed systems / E. Douglas Jensen
- The national software works (NSW) / Elmar Holler
- Ethernet, Pup, and Violet / Butler W. Lampson
- Conclusion / Kenneth J. Thurber
Description and Table of Contents
Table of Contents
1. Motivations, objectives and characterization of distributed systems.- 2. Distributed system architecture model.- 3. Interprocess communication layer: Introduction.- 4. Hardware interconnection technology.- 5. Link level.- 6. Hierarchy.- 7. IPC interface and end-to-end (transport) protocol design issues.- 8. Distributed control.- 9. Identifiers (naming) in distributed systems.- 10. Protection.- 11. Atomic transactions.- 12. Synchronization.- 13. Multiple copy update.- 14. Applications and protocols.- 15. Error recovery.- 16. Hardware issues.- 17: Hardware/software relationships in distributed computer systems.- 18. The national software works (NSW).- 19: Ethernet, pup and violet.- 20. Conclusion.- References.
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