(Enter summary)
Abstract: . In this paper, we present two novel disk failure
recovery methods that utilize the inherent characteristics
of video streams for efficient recovery. Whereas the first
method exploits the inherent redundancy in video streams
(rather than error-correcting codes) to approximately reconstruct
data stored on failed disks, the second method exploits
the sequentiality of video playback to reduce the overhead
of online failure recovery in conventional RAID arrays. For
the former approach, we present... (Update)
Context of citations to this paper: More
.... doing so will require techniques that recover lost spatial information (DCT blocks) as well as temporal information such motion vectors [35]. 2.2 Self Recovering Array of Disks (SRAD) The LRJ compression algorithm, when applied to a sequence of images constituting a video...
.... and experimental work on this subject is either limited to streams of constant bit rates (CBR) or assumes stochastic admission control [27, 29]. Variable bit rate (VBR) encoding of video can considerably reduce the size of the generated media files when compared to constant...
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BibTeX entry: (Update)
P. Shenoy and H M. Vin. Failure Recovery Algorithms For Multimedia Servers. ACM/Springer Multimedia Systems Journal (to appear), 1999. http://citeseer.ist.psu.edu/shenoy00failure.html More
@article{ shenoy00failure,
author = "Prashant J. Shenoy and Harrick M. Vin:",
title = "Failure recovery algorithms for multimedia servers",
journal = "Multimedia Systems",
volume = "8",
number = "1",
pages = "1--19",
year = "2000",
url = "citeseer.ist.psu.edu/shenoy00failure.html" }
Citations (may not include all citations):
358
JPEG Still-Image Data Compression Standard (context) - WB, JL - 1993
343
A Case for Redundant Array of Inexpensive Disks (context) - Patterson, Gibson et al. - 1988
113
Disk Shadowing (context) - Bitton, Gray - 1988
78
Performance Analysis of Disk Arrays Under Failure (context) - RR, JCS - 1990
71
The TickerTAIP parallel RAID architecture
- Cao, Lim et al. - 1993
65
Fault-Tolerant Design of Multimedia Servers
- Berson, Golubchik - 1995
60
Parity Declustering for Continuous Operation in Redundant Di..
- Holland, Gibson - 1992
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Hypervisor-based Fault Tolerance (context) - TC, FB - 1995
43
Parity Striping of Disc Arrays: Low-Cost Reliable Storage wi.. (context) - Gray, Horst et al. - 1990
41
Streaming RAID: A Disk Storage System for Video and Audio Fi.. (context) - FA, Baird et al. - 1993
39
Image Transfer: An End-to-End Design (context) - CJ, LL - 1992
38
Performance Consequences of Parity Placement in Disk Arrays (context) - EK - 1991
36
Designing Disk Arrays For High Data Reliability
- Gibson, Patterson - 1993
30
Fast Lossy Internet Image Transmission
- JM, GM - 1995
27
A Comparison of High-Availability Media Recovery Techniques (context) - Copeland, Keller - 1989
26
The Architecture of a Fault-Tolerant Cached RAID Controller (context) - Menon, Cortney - 1993
21
Design and Modeling of Clustered RAID (context) - Merchant - 1992
20
Efficient Failure Recovery in Multi-Disk Multimedia Servers
- HM, PJ - 1995
18
Using Rotational Mirrored Declustering for Replica Placement..
- MS, HI et al. - 1995
16
Techniques for Resilient Transmission of JPEG Video Streams
- EJ, SP et al. - 1995
15
Fault-tolerant Architectures for Continuous-Media Servers
- Ozden, Rastogi et al. - 1996
12
High Availability for Clustered Multimedia Servers
- Tewari, Dias et al. - 1996
11
SHARPE: Symbolic Hierarchical Automated Reliability/Performa.. (context) - Sahner - 1986
11
Striping in a RAID Level-5 Disk Array (context) - PM, EK - 1995
9
Reliable Disk Striping in Video-On-Demand Servers (context) - Mourad - 1994
7
Information technology -- Coding of moving pictures and asso.. (context) - for - 1992
6
line Recovery in Redundant Disk Arrays (context) - Holland, Gibson et al. - 1993
5
RAID: High-Performance (context) - PM, EK et al. - 1994
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Probability and Statistics With Reliability (context) - KS - 1982
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1
A Highly Available (context) - MN, Owicki - 1995
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