DAVID D3.3 - Final IT-based tools and strategies for avoiding, mitigating and recovering from digital AV loss & final conceptual risk management framework and tools for digital AV preservation
DAVID D3.3 - Final IT-based tools and strategies for avoiding, mitigating and recovering from digital AV loss & final conceptual risk management framework and tools for digital AV preservation
This is the final report from the DAVID project on IT-based tools, strategies and risk management for digital Audio-visual (AV) preservation.
Digitised and born-digital AV content presents new challenges for preservation and long-term quality assurance. Archives have rapidly developed strategies for avoiding, mitigating and recovering from digital AV loss using IT-based systems. The problems affecting digital AV content and the strategies against AV loss adopted by INA and ORF are discussed in this report.
A risk-based framework based on the essential properties of AV assets and documented preservation metadata is required to determine how best to minimise the risk of digital damage. This report presents a conceptual risk management framework responding to the requirements of archive risk management, and presents a set of tools developed by the DAVID partners. This report also contains a specific use case of a real-life MXF repair process at ORF, showing how risk modelling and simulation can be used in practice.
University of Southampton
Engen, Vegard
5ab4f73a-6cb5-4a58-9d89-ebced3182962
Veres, Galina
3c2a37d2-3904-43ce-b0cf-006f62b87337
Hall-May, M.
7812e717-0531-42f5-a0ab-03079f409d35
Chenot, Jean-Hugues
bb23df4e-8ee1-4a96-a525-3629cd559972
Bauer, Christoph
c025c675-6281-46e2-9ad0-1084eed299d7
Bailer, Werner
146da93e-792b-4b5f-8b83-4e810d639624
Hoffernig, Martin
6ce445d0-fc8f-4db4-86f9-64ecbcb1b28b
Houpert, Jorg
a633cb26-0b12-424e-9de1-f7bbe5d1e036
February 2015
Engen, Vegard
5ab4f73a-6cb5-4a58-9d89-ebced3182962
Veres, Galina
3c2a37d2-3904-43ce-b0cf-006f62b87337
Hall-May, M.
7812e717-0531-42f5-a0ab-03079f409d35
Chenot, Jean-Hugues
bb23df4e-8ee1-4a96-a525-3629cd559972
Bauer, Christoph
c025c675-6281-46e2-9ad0-1084eed299d7
Bailer, Werner
146da93e-792b-4b5f-8b83-4e810d639624
Hoffernig, Martin
6ce445d0-fc8f-4db4-86f9-64ecbcb1b28b
Houpert, Jorg
a633cb26-0b12-424e-9de1-f7bbe5d1e036
Engen, Vegard, Veres, Galina, Hall-May, M., Chenot, Jean-Hugues, Bauer, Christoph, Bailer, Werner, Hoffernig, Martin and Houpert, Jorg
(2015)
DAVID D3.3 - Final IT-based tools and strategies for avoiding, mitigating and recovering from digital AV loss & final conceptual risk management framework and tools for digital AV preservation
Southampton, GB.
University of Southampton
92pp.
Record type:
Monograph
(Project Report)
Abstract
This is the final report from the DAVID project on IT-based tools, strategies and risk management for digital Audio-visual (AV) preservation.
Digitised and born-digital AV content presents new challenges for preservation and long-term quality assurance. Archives have rapidly developed strategies for avoiding, mitigating and recovering from digital AV loss using IT-based systems. The problems affecting digital AV content and the strategies against AV loss adopted by INA and ORF are discussed in this report.
A risk-based framework based on the essential properties of AV assets and documented preservation metadata is required to determine how best to minimise the risk of digital damage. This report presents a conceptual risk management framework responding to the requirements of archive risk management, and presents a set of tools developed by the DAVID partners. This report also contains a specific use case of a real-life MXF repair process at ORF, showing how risk modelling and simulation can be used in practice.
More information
Published date: February 2015
Organisations:
IT Innovation
Identifiers
Local EPrints ID: 376158
URI: http://eprints.soton.ac.uk/id/eprint/376158
PURE UUID: 44e89cc8-4bc6-4a18-8ba8-41d74ea90eee
Catalogue record
Date deposited: 21 Apr 2015 13:06
Last modified: 14 Mar 2024 19:39
Export record
Contributors
Author:
Vegard Engen
Author:
Galina Veres
Author:
M. Hall-May
Author:
Jean-Hugues Chenot
Author:
Christoph Bauer
Author:
Werner Bailer
Author:
Martin Hoffernig
Author:
Jorg Houpert
Download statistics
Downloads from ePrints over the past year. Other digital versions may also be available to download e.g. from the publisher's website.
View more statistics