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Digital preservation of information models for the build environment - requirements, challenges and approaches in the FP7 DuraArk project

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Title Digital preservation of information models for the build environment - requirements, challenges and approaches in the FP7 DuraArk project
Title of Series Goportis Conference 2013
Number of Parts 18
Author Beetz, Jakob
Contributors Lindlar, Michelle (Moderator)
License CC Attribution - NonCommercial - NoDerivatives 3.0 Germany:
You are free to use, copy, distribute and transmit the work or content in unchanged form for any legal and non-commercial purpose as long as the work is attributed to the author in the manner specified by the author or licensor.
DOI 10.5446/10410
Publisher Technische Informationsbibliothek (TIB)
Release Date 2013
Language English
Producer Leibniz Universität Hannover (LUH)
Production Year 2013
Production Place Hannover

Content Metadata

Subject Area Computer Science
Abstract Digital preservation processes differ in detail depending on a variety of factors. Organizational matters such as retention periods or an overarching archiving mandate influence policies, which in return form the basis for preservation action. On a technical level preservation processes are directly influenced by the complexity of the material but also by the availability of tools to analyze and treat the material. All preservation action must furthermore be in-line with the intended usage of the material. The Goportis institutions preserve their digital holdings in a cooperatively operated digital preservation system. While the digital preservation system may be considered the technical framework of a preservation workflow for a specific collection, this workflow must be extended by format-specific tools and supported by a variety of institutional decisions and actions. The presentation will highlight challenges, strategies and approaches of a digital preservation workflow for non-textual materials using the example of AV-materials at TIB. It will show how requirements of a memory institution influence preservation decision and touch on state-of the art practises in digital preservation of AV materials.
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Programming paradigm
Metropolitan area network
Method of lines
Model theory
Building
Characteristic polynomial
Digital signal
Food energy
Thermodynamic system
Magnetic stripe card
Architecture
Computer animation
IRIS-T
Moving average
Information
Presentation of a group
Domain name
Metropolitan area network
Melting
Dataflow
Building
Characteristic polynomial
Network operating system
Coma Berenices
Mereology
Food energy
Hypermedia
Telecommunication
Pi
Perpetual motion
Information
output
Fingerprint
Domain name
Programming paradigm
Inclusion map
Insertion loss
Lecture/Conference
Model theory
Building
Computer-aided design
Coma Berenices
Information
Simulation
Building information modeling
Fundamental theorem of algebra
Parity (mathematics)
Standard deviation
Graphics tablet
Model theory
WebDAV
Volume (thermodynamics)
Hidden Markov model
Smith chart
Maxima and minima
Social class
Pointer (computer programming)
Lecture/Conference
Mathematics
Convex hull
Gamma function
Library (computing)
Meta element
Dialect
Asynchronous Transfer Mode
Mapping
MUD
Mass flow rate
Model theory
File format
Computer-aided design
High-level programming language
Infinity
Thermodynamic system
Emulation
Independence (probability theory)
Architecture
Social class
Finite element method
Pointer (computer programming)
Tablet computer
Insertion loss
Physical law
Normal (geometry)
Conditional-access module
Metropolitan area network
Modal logic
Data dictionary
Numbering scheme
Building
Linear multistep method
Magneto-optical drive
Interior (topology)
Amsterdam Ordnance Datum
Weight
Digital signal
Term (mathematics)
Open set
Maxima and minima
Computer animation
Ontology
Uniform resource name
Mathematics
Time evolution
Software framework
Units of measurement
Simulation
Domain name
Supremum
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AV-Portal 3.8.0 (dec2fe8b0ce2e718d55d6f23ab68f0b2424a1f3f)