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Abstract: Transactions ensure simple and correct handling of concurrency and failures but are often considered too expensive for use in file systems. This paper argues that performance is not a barrier to running transactions. It presents a simple mechanism that substantially lowers the cost of read-only transactions (which constitute the bulk of operations in a file system). The approach is inexpensive: it requires modest additional storage, but storage is cheap. It causes read-only transactions to run... (Update)
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BibTeX entry: (Update)
@misc{ liskov-transactional,
author = "Barbara Liskov and Rodrigo Rodrigues",
title = "Transactional File Systems Can Be Fast",
url = "citeseer.ist.psu.edu/713543.html" }
Citations (may not include all citations):901 Transaction Processing: Concepts and Techniques (context) - Gray, Reuter - 1993
345 Notes on database operating systems (context) - Gray - 1978
60 Fine-Grained Sharing in a Page Server OODBMS - Carey, Franklin et al. - 1994
55 and highly available distributed file access (context) - Satyanarayanan, secure - 1990
51 Deciding when to forget in the elephant file system - Santry, Feeley et al. - 1999
47 Efficient Optimistic Concurrency Control using Loosely Synch.. - Adya, Gruber et al. - 1995
46 File system usage in windows NT - Vogels - 1999
43 Recovery management in QuickSilver (context) - Haskin, Malachi et al. - 1987
38 Providing persistent objects in distributed systems - Liskov, Castro et al. - 1999
28 Distributed version management for read-only actions (context) - Weihl - 1985
16 Conflict-aware scheduling for dynamic content applications - Amza, Cox et al. - 2003
16 The design and implementation of the Inversion file system - Olson - 1993
16 Neptune: Scalable replica management and programming support.. (context) - Shen, Yang et al. - 2001
15 Dynamic finite versioning: An effective versioning approach .. - Wu, Yu et al. - 1993
9 Transaction support in read optimized and write optimized fi.. - Seltzer, Stonebraker - 1990
9 Weak Consistency: A Generalized Theory and Optimistic Implem.. - Adya - 1999
5 Network Working Report RFC (context) - Mills, Protocol et al. - 1992
4 Topics in Distributed Computing: The Impact of Partial Synch.. (context) - Lundelius - 1988
3 Timeline: A high performance archive for a distributed objec.. - Moh, Liskov - 2004
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Efficient Routing for Peer-to-Peer Overlays - Gupta, Liskov, Rodrigues (2004) (Correct)
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