ISO Standards for Geographic InformationThe optional Introduction is an informal description of the content of the standard. It should enable a new reader to evaluate whether the standard is relevant for a given purpose or not. Scope The scope defines without ambiguity, the subject of the document and the aspects covered, thereby indicating the limits of applicability. The scope shall be succinct so that it can be used as a summary for bibliographie purposes. The scope has to be approved by the plenary of the Technical Committee or Sub committee in order to align the fields of work of all standards of the family. Conformance The "Conformance" clause is only required in some standards in the Information Technology field. This clause shall enable a user to test a product on compliance with the ISO standard. Normative references, Terms and definitions, Symbols and abbreviated terms The "Normative references" clause provides a list of the referenced documents cited in the document in such a way as to make them indispensable for the applica tion of the document. The "Terms and definitions" clause refers to the terminology of the standard. In families of standards like the ISO 19100 it is recommended that one keep track of the terminology of all member standards of the family as a whole. The "Symbols and abbreviated terms" clause is filled as far as necessary for un derstanding the standard. Basic elements The basic elements contain the provisions of the standard. They are ordered in clauses, subclauses, and paragraphs. |
Contents
1 Basics of standards | |
Acknowledgements | |
Acknowledgements | |
Contents | |
Introduction | |
1 Basics of standards | |
2 Geomatics standards | 27 |
B | 36 |
Fig 413 GM_Triangle | 141 |
GM_Cone | 142 |
GM_Sphere | 143 |
Fig 421 GM_PolyhedralSurface | 145 |
The operation mbRegion returns a region in the | 146 |
Fig 429 Operation transform | 149 |
Fig 431 Operation centroid | 150 |
Fig 437 Intersection | 152 |
3 Nongeometry standards | 55 |
zero meridian | 80 |
hg | 105 |
4 Geometry standards | 125 |
orthodrome between Ottawa and | 134 |
Fig 410 GM_PolynomialSpline | 138 |
BA | 140 |
Fig 462 Discrete curve coverage | 167 |
Fig 464 Discrete solid coverage | 168 |
Fig 469 Hexagonal grid coverage ISO53 2002 | 171 |
6 Applications | 213 |
62 German standardbased systems for cadastral and topographic | 215 |
Annexes | 217 |
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Common terms and phrases
abstract application schema boundary conceptual schema conceptual schema language conformance Coordinate Reference System coordinate system curve data quality dataset datum defined definition describe direct position domain Dublin Core ellipsoid encoding entity example Extensible Markup Language family of standards feature catalogue feature type format geodetic geographic data geographic information Geography Markup Language geomatics Georeference global GM_Object gridded data Group identifier implementation Information technology Infrastructure interface International Standard ISO 19100 standards ISO 19107 Spatial ISO standard ISO/IEC ISO/TS Location based services Markup Language metadata elements Neubrandenburg node Norwegian Mapping Authority NOTE obligation from referencing Open GIS Consortium operation organization parameters polygon portrayal reference model referencing object Remote Sensing resource Role name scope sensor Spatial referencing specification standardisation surface Technical Committee temporal tion tion/condition from referencing Web Map server XML document XML element
References to this book
Geo-information for Disaster Management Peter van Oosterom,Siyka Zlatanova,Elfriede Fendel Limited preview - 2005 |
Classics from IJGIS: Twenty years of the International Journal of ... Peter Fisher No preview available - 2006 |