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Title:Identifying Content and Levels of Representation in Scientific Data
Author(s):Wickett, Karen M.; Sacchi, Simone; Dubin, David; Renear, Allen H.
Subject(s):Data Curation
Conceptual Modeling
Information Organization
Representation
Identity
Scientific Equivalence
Abstract:Heterogeneous digital data that has been produced by different communities with varying practices and assumptions, and that is organized according to different representation schemes, encodings, and file formats, presents substantial obstacles to efficient integration, analysis, and preservation. This is a particular impediment to data reuse and interdisciplinary science. An underlying problem is that we have no shared formal conceptual model of information representation that is both accurate and sufficiently detailed to accommodate the management and analysis of real world digital data in varying formats. Developing such a model involves confronting extremely challenging foundational problems in information science. We present two complementary conceptual models for data representation, the Basic Representation Model and the Systematic Assertion Model. We show how these models work together to provide an analytical account of digitally encoded scientific data. These models will provide a better foundation for understanding and supporting a wide range of data curation activities, including format migration, data integration, data reuse, digital preservation strategies, and assessment of identity and scientific equivalence.
Issue Date:2012-10
Publisher:American Society for Information Science and Technology
Citation Info:Proceedings of the American Society for Information Science and Technology Volume 49.
Genre:Conference Paper / Presentation
Type:Text
Language:English
URI:http://hdl.handle.net/2142/35259
ISSN:1550-8390
Publication Status:published or submitted for publication
Peer Reviewed:is peer reviewed
Sponsor:NSF OCI/ITR DataNet 0830976
Rights Information:Copyright © 2012 by the authors.
Date Available in IDEALS:2012-11-27


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