FRIEDMANNOVÁ, Lucie, Petr KUBÍČEK and Karel STANĚK. To design a reference model for integration geodata from various resources. In 11th EC-GIandGIS Workshop - ESDI: Setting the Framework - abstracts. 1st ed. Sardinie: European Commission, 2005, p. 158-158, 184 pp.
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Basic information
Original name To design a reference model for integration geodata from various resources
Name in Czech Tvorba refernčního modelu pro integraci geodat z různých zdrojů
Name (in English) To design a reference model for integration geodata from various resources
Authors FRIEDMANNOVÁ, Lucie, Petr KUBÍČEK and Karel STANĚK.
Edition 1. vyd. Sardinie, 11th EC-GIandGIS Workshop - ESDI: Setting the Framework - abstracts, p. 158-158, 184 pp. 2005.
Publisher European Commission
Other information
Original language Czech
Type of outcome Proceedings paper
Field of Study Earth magnetism, geodesy, geography
Country of publisher Czech Republic
Confidentiality degree is not subject to a state or trade secret
Organization unit Faculty of Science
Keywords in English GIS; GI; cartography; SDI; data interoperability
Tags cartography, data interoperability, GI, GIS, SDI
Changed by Changed by: Mgr. Lucie Friedmannová, Ph.D., učo 80. Changed: 8/7/2010 12:03.
Abstract
Data interoperability is key issue of developing spatial data infrastructure. Existing geodata are are crated in very heterogeneous environment. For integration of data is necessary to create mechanism for harmonisation of data. In frame of the open regional atlas we designed methodology allowing integration of data from various resources. This methodology is based on combination of a landscape skeleton and stable features in background maps. The landscape skeleton is composition of terrain lines, water lines and fixed communication lines. Based on geomorfometrical, hydrological and importance characteristics is created hierarchical model of line segments. This model is used for multi-scale description of behaviour of the landscape skeleton. The Landscape skeleton is completed by map stable features. This features are stable in time and in scales. For geographical features entering into the atlas is identified source topographic backgroud. For this topographic background is created landscape skeleton with the same rule like landscape skeleton of the atlas. Between the landscape skeleton of the atlas transformed into proper scale and the landscape skeleton of the features background is created relationship. From this relationship is derived transformation formula for features. A research is part of Czech Science foundation project Open regional Internet atlas.
Abstract (in English)
Data interoperability is key issue of developing spatial data infrastructure. Existing geodata are are crated in very heterogeneous environment. For integration of data is necessary to create mechanism for harmonisation of data. In frame of the open regional atlas we designed methodology allowing integration of data from various resources. This methodology is based on combination of a landscape skeleton and stable features in background maps. The landscape skeleton is composition of terrain lines, water lines and fixed communication lines. Based on geomorfometrical, hydrological and importance characteristics is created hierarchical model of line segments. This model is used for multi-scale description of behaviour of the landscape skeleton. The Landscape skeleton is completed by map stable features. This features are stable in time and in scales. For geographical features entering into the atlas is identified source topographic backgroud. For this topographic background is created landscape skeleton with the same rule like landscape skeleton of the atlas. Between the landscape skeleton of the atlas transformed into proper scale and the landscape skeleton of the features background is created relationship. From this relationship is derived transformation formula for features. A research is part of Czech Science foundation project Open regional Internet atlas.
Links
GA205/03/1102, research and development projectName: Otevřený regionální elektronický atlas
Investor: Czech Science Foundation, Open regional electronic atlas
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