(Enter summary)
Abstract: Recovery can be extended to new domains at reduced logging
cost by exploiting "logical" log operations. During recovery, a
logical log operation may read data values from any recoverable
object, not solely from values on the log or from the updated
object. Hence, we needn't log these values, a substantial saving.
In [8], we developed a redo recovery theory that deals with
general log operations and proved that the stable database remains
recoverable when it is explained in terms of an... (Update)
Context of citations to this paper: More
.... # Rolling forward the restored # involves redo recovery, which, for logical operations, has been described in our earlier work [10, 11]. 1.1 Log Operations Traditional Forms Traditionally, database systems exploit two kinds of log operations. Physical: A physical...
.... by David Lomet finesses the problem of unfamiliarity by building a substrate for applications on top of a standard operating system [142, 26, 143]. The intention is to allow legacy and new applications to run transactionally and with full recovery, by capturing the state of...
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Recovery Guarantees: Essentials and Incidentals - Martin, Ramamritham (1998)
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0.9: Measuring and Optimizing a System for Persistent Database.. - Barga, Lomet
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0.8: High Speed On-line Backup When Using Logical Log Operations - Lomet
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0.5: Persistent Applications Using Generalized Redo Recovery - David Lomet Microsoft (1998)
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0.2: Redo Recovery after System Crashes - Lomet, Tuttle (1995)
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0.2: The Recoverable-Persistent Virtual Memory Paradigm - Chew, Silberschatz (1993)
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0.2: Recovery Guarantees for General Multi-Tier Applications - Barga, Lomet, Weikum (2002)
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5: Transaction Processing: Concepts and Techniques (context) - Gray, Reuter - 1993
5: Aries: A transaction recovery method supporting fine-granularity locking and par.. (context) - Mohan, Haderle et al. - 1992
4: Concurrency Control and Recovery in Database Systems (context) - Bernstein, Hadzilacos et al. - 1987
BibTeX entry: (Update)
David Lomet and Mark R. Tuttle. Logical logging to extend recovery to new domains. In Proc. of the 1999 ACM SIGMOD, pages 73--84, Philadelphia, Penn., June 1999. http://citeseer.ist.psu.edu/lomet99logical.html More
@inproceedings{ lomet99logical,
author = "David Lomet and Mark Tuttle",
title = "Logical logging to extend recovery to new domains",
pages = "73--84",
year = "1999",
url = "citeseer.ist.psu.edu/lomet99logical.html" }
Citations (may not include all citations):
901
Transaction Processing: Concepts and Techniques (context) - Gray, Reuter - 1993
189
ARIES: A transaction recovery method supporting fine-granula.. (context) - Mohan, Haderle et al. - 1992
148
Principles of transaction-oriented database recovery (context) - Haerder, Reuter - 1983
75
The Recovery Manager of the System R Database Manager (context) - Gray, McJones - 1981
9
Recovery Mechanisms in Database Systems (context) - Kumar, Hsu - 1998
8
Recovery Algorithms for Database Systems (context) - Bernstein, Goodman et al.
7
Data recovery in IBM Database (context) - Crus - 1984
3
Application recovery using generalized redo recovery (context) - Lomet - 1998
3
Redo recovery from system crashes (context) - Lomet, Tuttle - 1995
2
A Formal Treatment of Redo Recovery with Pragmatic Implicati.. (context) - Lomet, Tuttle
1
Media Recovery When Using Logical Log Operations (context) - Lomet
The graph only includes citing articles where the year of publication is known.
Documents on the same site (http://www.research.microsoft.com/~lomet/): More
High Speed On-line Backup When Using Logical Log Operations - Lomet
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The BT-Tree: A Branched and Temporal Access Method - Jiang, Salzberg, Lomet (1999)
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Transaction Timestamping in (Temporal) Databases - Jensen, Lomet (2001)
(Correct)
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