Configuration management of a system of interdependent standards

Coetzee, Serena; Cox, Simon J.; Herring, John R.

doi:10.1109/siit.2011.6083604

Cited by 3 publications

(2 citation statements)

References 5 publications

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“…Implementation of LADM can be performed in a flexible way; the standard can be extended and adapted to local situations. Existing standards have been re-used in LADM, particularly the ISO 19100 series from ISO/TC 211, which has an extensive process for increasing harmonization between its standards, such as through an integrated UML model for the technical content of all its standards, integrated terminology and a proposed programme for configuration management of all its standard (Coetzee et al 2011). LADM also includes references to the standard, ISO 19156, Geographic informationObservations and Measurements, which is under development within ISO/TC 211.…”

Section: The Land Administration Domain Modelmentioning

confidence: 99%

Interoperable Domain Models: The Iso Land Administration Domain Model Ladm and Its External Classes

Lemmen

Oosterom

Uitermark

et al. 2011

Int. Arch. Photogramm. Remote Sens. Spatial Inf. Sci.

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ABSTRACT:This paper provides a brief overview of one of the first spatial domain standards: a standard for the domain of Land Administration (LA). This standard is in the draft stage of development now (May 2011). The development of domain standards is a logical follow up after domain-independent standards, which are available now in the area of geo-information processing. The Land Administration Domain Model (LADM) provides a conceptual schema with three basic packages with a limited scope: parties, rights (and restrictions/responsibilities) and spatial units. Certain classes are outside the scope but can be referred to. An important aspect in the development of a coherent (Spatial) Information Infrastructures -(S)II is that the various standardized domain models are reusing the same model patterns as solutions for the same situations. In this paper the LADM and its external classes are briefly presented. It outlines the advantages of standardized domain models in the development of (S)II and the importance of LA as an authentic register, in relation to other authentic registers, such as for addresses, population, companies, topography, or buildings. This will be illustrated with the Dutch case of authentic registers.

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Section: The Land Administration Domain Modelmentioning

confidence: 99%

Interoperable Domain Models: The Iso Land Administration Domain Model Ladm and Its External Classes

Lemmen

Oosterom

Uitermark

et al. 2011

Int. Arch. Photogramm. Remote Sens. Spatial Inf. Sci.

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“…The WaterML 2.0 standard (OGC, 2012b, Taylor et al 2013) is constructed following the OGC standard for Modular Specifications (OGC, 2009, Coetzee et al 2011) (herein referred to as the 'Modular Specification'). The Modular Specification requires a standard be composed of formal groups of requirements ('requirements classes'), each representing a separate aspect of a broad problem or a design issue.…”

Section: Introductionmentioning

confidence: 99%

Validating observation data in WaterML 2.0

Taylor

Cox

et al. 2015

Computers & Geosciences

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Semantic Metadata for Heterogeneous Spatial Planning Documents

Iwaniak

Kaczmarek

Łukowicz

et al. 2016

ISPRS Ann. Photogramm. Remote Sens. Spatial Inf. Sci.

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KEY WORDS: semantic web, urban planning, metadata, land management, spatial development plan ABSTRACT:Spatial planning documents contain information about the principles and rights of land use in different zones of a local authority. They are the basis for administrative decision making in support of sustainable development. In Poland these documents are published on the Web according to a prescribed non-extendable XML schema, designed for optimum presentation to humans in HTML web pages. There is no document standard, and limited functionality exists for adding references to external resources. The text in these documents is discoverable and searchable by general-purpose web search engines, but the semantics of the content cannot be discovered or queried. The spatial information in these documents is geographically referenced but not machine-readable. Major manual efforts are required to integrate such heterogeneous spatial planning documents from various local authorities for analysis, scenario planning and decision support. This article presents results of an implementation using machine-readable semantic metadata to identify relationships among regulations in the text, spatial objects in the drawings and links to external resources. A spatial planning ontology was used to annotate different sections of spatial planning documents with semantic metadata in the Resource Description Framework in Attributes (RDFa). The semantic interpretation of the content, links between document elements and links to external resources were embedded in XHTML pages. An example and use case from the spatial planning domain in Poland is presented to evaluate its efficiency and applicability. The solution enables the automated integration of spatial planning documents from multiple local authorities to assist decision makers with understanding and interpreting spatial planning information. The approach is equally applicable to legal documents from other countries and domains, such as cultural heritage and environmental management.

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Configuration management of a system of interdependent standards

Cited by 3 publications

References 5 publications

Interoperable Domain Models: The Iso Land Administration Domain Model Ladm and Its External Classes

Interoperable Domain Models: The Iso Land Administration Domain Model Ladm and Its External Classes

Validating observation data in WaterML 2.0

Semantic Metadata for Heterogeneous Spatial Planning Documents

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