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Performance Implications of Delayed-Write Policy in a Multilevel File System Cache  (Make Corrections)  (1 citation)
D. Muntz, P. Honeyman, C.J. Antonelli



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Abstract: Employing a delayed-write caching policy in a multilevel cache hierarchy may allow significant improvements in file system storage capacity as well as improving file system access over low-speed links. Cheap, high capacity mass storage systems can be viable as primary data repositories if front-end caching is used to mask the high access times typical of mass storage devices. Using distributed file system traces and cache simulations, we explore extensions and modifications to the traditional... (Update)

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.... found in other studies, which reported that between 50 and 75 of write backs could be avoided when delaying writes for an entire day [13]. However, these lower values came from studying traces which represented several days of activity. Since people tend to work on several...

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BibTeX entry:   (Update)

Muntz, Honeyman, and Antonelli. Performance implications of delayed-write policy in a multilevel file system cache. Technical report, Center for Information Technology Integration, University of Michigan, Ann Arbor, MI. http://citeseer.ist.psu.edu/256083.html   More

@misc{ honeyman-performance,
  author = "M. Honeyman",
  title = "Performance implications of delayed-write policy in a multilevel file system
    cache",
  text = "Muntz, Honeyman, and Antonelli. Performance implications of delayed-write
    policy in a multilevel file system cache. Technical report, Center for Information
    Technology Integration, University of Michigan, Ann Arbor, MI.",
  url = "citeseer.ist.psu.edu/256083.html" }
Citations (may not include all citations):
1575   Computer Architecture: A Quantitative Approach (context) - Hennessy, Patterson - 1990
539   Scale and Performance in Distributed File Systems (context) - Howard, Kazar et al. - 1988
233   Caching in the Sprite Network File System - Nelson, Welch et al. - 1988
75   A Trace-Driven Analysis of the Unix 4.2 BSD File System (context) - Ousterhout, DaCosta et al. - 1985
61   Disconnected Operation for AFS - Huston, Honeyman - 1993
49   DEcorum File System Architectural Overview (context) - Kazar, Leverett et al. - 1990
49   A Quantitative Analysis of Cache Policies for Scalable Netwo.. - Dahlin, Mather et al. - 1994
45   An Overview of the Andrew File System (context) - Howard - 1988
40   Plan 9 from Bell Labs (context) - Pike, Presotto et al. - 1990
40   Synchronization and Caching Issues in the Andrew File System (context) - Kazar - 1988
35   An Analysis of File Migration in a UNIX Supercomputing Envir.. - Miller, Katz - 1993
33   Disk Cache Replacement Policies for Network Fileservers - Willick, Eager et al. - 1993
32   Spritely NFS: Experiments with Cache-Consistency Protocols (context) - Srinivasan, Mogul - 1989
26   Intelligent Caching for Remote File Service (context) - Korner - 1990
21   Dynamic Hierarchical Caching in Large-Scale Distributed File.. (context) - Blaze, Alonso - 1992
17   NFS Tracing By Passive Network Monitoring - Blaze - 1992
13   Disk Cache Performance for Distributed Systems (context) - Makaroff, Eager - 1990
11   Integrating Mass Storage and File Systems (context) - Antonelli, Honeyman - 1993
11   Trace-driven Simulations for a Two-level Cache Design in Ope.. (context) - Bugge, Kristiansen et al. - 1990
7   Spritely NFS: Implementation and Performance of Cache-Consis.. (context) - Srinivasan, Mogul - 1989
1   Multi-level Caches in Distributed File Systems Revisited (context) - Muntz, Honeyman - 1994

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