PRODUCT IDENTIFICATION SYSTEMS FOR CONSTRUCTION AND FACILITY MANAGEMENT
Author
Summary, in English
This paper presents a state-of-the-art analysis of current systems for product identification utilized within the Swedish sector of construction and facility management. The study also discusses the concept of object and class identification in information systems
development. The purpose of the study is to identify and define concepts in a common information structure that provides a framework for handling construction product information that utilize the advantages of information technology. The conclusion implies that
a common system for product identification with characteristics of being international, nonsector specific, without property or class referencing attributes and with explicit criteria regarding changes of identifiers as a result of property alteration is one of the means for achieving this. Among the systems in current use EAN-13 is regarded as the most suitable since it is international, non-sector specific, in correspondence with a barcode standard for automatic data capture and has the widest propagation, however the EAN-13 system, like the other systems, lacks explicit norms that guarantee valid identification in a historical perspective especially required for product information management within facility management processes. EAN-13’s main disadvantage in the construction context is its total focus on trade items, thus its deficient handling in standard product units, which is the common view for actors outside the sector of trading.
development. The purpose of the study is to identify and define concepts in a common information structure that provides a framework for handling construction product information that utilize the advantages of information technology. The conclusion implies that
a common system for product identification with characteristics of being international, nonsector specific, without property or class referencing attributes and with explicit criteria regarding changes of identifiers as a result of property alteration is one of the means for achieving this. Among the systems in current use EAN-13 is regarded as the most suitable since it is international, non-sector specific, in correspondence with a barcode standard for automatic data capture and has the widest propagation, however the EAN-13 system, like the other systems, lacks explicit norms that guarantee valid identification in a historical perspective especially required for product information management within facility management processes. EAN-13’s main disadvantage in the construction context is its total focus on trade items, thus its deficient handling in standard product units, which is the common view for actors outside the sector of trading.
Department/s
- Design Methodology
Publishing year
2001
Language
English
Publication/Series
CIB-W78 International Conference. IT in Construction in Africa 2001. : Proceedings of CIB W78 conference in Mpumalanga, South Africa, 30 May – 1 June 2001
Full text
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Document type
Conference paper
Publisher
CIB
Topic
- Civil Engineering
Keywords
- construction product identification
- EAN
- RSK
- E-NR
Conference name
IT in Construction in Africa
Conference date
2001-05-30 - 2001-06-01
Conference place
Mpumalanga, South Africa
Status
Published
Research group
- Design Methodology
ISBN/ISSN/Other
- ISBN: 0-7988-5531-2