The relational DBMS technology is a success in the commercial market. This success has led to the use of DBMS technology in application environments requesting their traditional virtues but at the same time adding new requirements such as: Very high transaction rates, real-time transaction response, and continuous availability. New multi-processor hardware architectures lay the foundation making it possible to meet these requirements. This book presents and analysis in a systematic way the main recovery approaches for centralised DBMSs developed over the last two decades, in particular to how well they fulfil the requirements for availability and soft real-time response. The analysis relates specifically to approaches used in current commercial and research systems. The element in particular lacking in the current methods is the ability to on-line re-establish the faulttolerance level automatically and without blocking. A set of novel recovery methods for parallel DBM's based on multi-computer shared nothing hardware is presented. The recovery methods are intended to support: Continuously available transaction services, very high transaction loads, and soft real-time transaction response. Dieses Buch gibt einen guten, systematisch gegliederten Einblick in die maßgeblichen Methoden des Recovery ("Wiederherstellung"), eines der wichtigsten Themen im Bereich des Handlings großer Datenbanksysteme. Dabei geht es darum, wie die Verfügbarkeit korrekter Daten gewährleistet sowie Transaktionen und Änderungen von Daten hinsichtlich Echtzeit möglichst optimal bewerkstelligt werden können. Behandelt werden sowohl kommerzielle wie auch in der Forschung verwandte parallele Systeme.
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Book Description
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Book Description
Continuously available transaction services, very high transaction loads, and soft real-time transaction response.
About the Author
Dr.-Ing. Svein-Olaf Hvasshovd wurde 1954 in Norwegen geboren. Er ist forschender Wissenschaftler bei SINTEF, DELAB in Tronheim, Norwegen. Dr. Ing. Svein-Olaf Hvasshovd, born 1954 in Kongsberg, Norway, is working as Research Scientist in Trondheim, Norway.
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Inside This Book
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First Sentence:
Large transaction processing systems, like telecommunications network service control points (SCP) ([Dou90], [WBEK91 ]), telecommunication operations support systems ([CMI88]), and airline ticket reservation systems ([GS84]), set very strict fault-tolerance requirements on DBMS services, particularly with respect to availability. Read the first page Key Phrases - Statistically Improbable Phrases (SIPs): (learn more)
log record parts, node crash recovery, tuple replica, oriented recovery approach, fragment replica, crash recovery work, recovery work load, failure recovery policy, redo policy, compensation state policy, moved tuples, penultimate checkpoint, record identification policy, tuple logging, block flush operation, main memory logging, transaction failure recovery, crash recovery methods, checkpoint log record, redo execution, record oriented approach, log replica, logical phone number, primary transaction log, table datamodel Key Phrases - Capitalized Phrases (CAPs): (learn more)
Full Function, International Conference, Database Systems, Data Entry, Dynamic Server, Computer Science, Fast Path, Main Storage, Research Division, San Jose, Very Large Data Bases, International Workshop, Almaden Research Center, Extended Recovery Facility, Log Apply, Tandem Non-Stop, E-Net Corporation, Management of Data, Remote Recovery Data Facility, San Francisco, Database Machines, Sansome Street, Sybase Inc, Addison-Wesley Publishing Company, Fault-Tolerant Computing New!
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Large transaction processing systems, like telecommunications network service control points (SCP) ([Dou90], [WBEK91 ]), telecommunication operations support systems ([CMI88]), and airline ticket reservation systems ([GS84]), set very strict fault-tolerance requirements on DBMS services, particularly with respect to availability. Read the first page Key Phrases - Statistically Improbable Phrases (SIPs): (learn more)
log record parts, node crash recovery, tuple replica, oriented recovery approach, fragment replica, crash recovery work, recovery work load, failure recovery policy, redo policy, compensation state policy, moved tuples, penultimate checkpoint, record identification policy, tuple logging, block flush operation, main memory logging, transaction failure recovery, crash recovery methods, checkpoint log record, redo execution, record oriented approach, log replica, logical phone number, primary transaction log, table datamodel Key Phrases - Capitalized Phrases (CAPs): (learn more)
Full Function, International Conference, Database Systems, Data Entry, Dynamic Server, Computer Science, Fast Path, Main Storage, Research Division, San Jose, Very Large Data Bases, International Workshop, Almaden Research Center, Extended Recovery Facility, Log Apply, Tandem Non-Stop, E-Net Corporation, Management of Data, Remote Recovery Data Facility, San Francisco, Database Machines, Sansome Street, Sybase Inc, Addison-Wesley Publishing Company, Fault-Tolerant Computing New!
Books on Related Topics | Concordance | Text Stats Browse Sample Pages:
Front Cover | Table of Contents | First Pages | Back Cover | Surprise Me!
Citations (learn more)
This book cites 13
books:
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4
books
cite this book:
- Administration Guide by Sun Microsystems Inc. on page 271, page 275, and page 279
- Dependability of Resilient Computers by T. Anderson on page 276, and page 281
- Data and Computer Communications, Seventh Edition by William Stallings on page 280
- An Introduction to Database Systems by C. J. Date on page 270
- Analysis and Comparison of Relational Database Systems by Patrick Valduriez on page 281
See all 13 books this book cites
- Efficient Software Development with DB2 for OS/390: Organizational and Technical Measures for Performance Optimization (XEfficient Software Development) by Jürgen Glag in Back Matter
- Joint Requirements Engineering by Georg Herzwurm in Front Matter
- History of Computer Devices in Russia by Georg Trogemann in Front Matter
- The Efficiency of Theorem Proving Strategies: A Comparative and Asymptotic Analysis (Computational Intelligence) by David A. Plaisted in Back Matter
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