Abstract
This chapter describes what is meant by semantic interoperability of geographic information, the elements involved in semantic interoperability of geographic information, and how semantic interoperability of geographic information has been addressed in spatial data infrastructures (SDIs), standards, and in the Semantic Web. It is formed of ten sections. Semantics is a term used frequently in many contexts. Section 15.2 is dedicated to the description of semantics. Cognition is an area of study about the abstraction of phenomena by human beings. It is significantly related to semantics. Section 15.3 introduces basic notions of cognition related to semantics. Ontology is a well-grounded notion in the study of semantic interoperability and in the Semantic Web. Section 15.4 explains what ontology is about. This will lead to the description, in Sect. 15.5, of semantic interoperability in the context of geographic information, i.e., geosemantic interoperability. A spatial data infrastructure is the typical way in which interoperability of geographic information is implemented. Section 15.6 addresses geosemantic interoperability with respect to spatial data infrastructures. Standards underpin interoperability for geographic information and spatial data infrastructures. Section 15.7 provides an overview of the current contribution of standards bodies with respect to geosemantic interoperability. The Semantic Web makes an important contribution to semantic interoperability. Section 15.8 gives an account of the Semantic Web and its development. The Geospatial Semantic Web brings together the effort of geosemantic interoperability with the effort of the Semantic Web, as presented in Sect. 15.9. Section 15.10 provides concluding remarks on the chapter.
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Abbreviations
- 1-D:
-
one-dimensional
- 2-D:
-
two-dimensional
- CGDI:
-
Canadian Geospatial Data Infrastructure
- CSW:
-
Catalogue Services for the Web
- DAML:
-
DARPA Agent Markup Language
- DL:
-
description logics
- FTP:
-
File Transfer Protocol
- GF:
-
general feature
- GFM:
-
General Feature Model
- GSDI:
-
Global Spatial Data Infrastructure
- GsP:
-
geosemantic proximity
- HTTP:
-
Hypertext Transfer Protocol
- IEC:
-
International Electrotechnical Commission
- INSPIRE:
-
Infrastructure for Spatial Information in the European Community
- IP:
-
Interoperability Program
- ISO:
-
International Organization for Standardization
- JDBC:
-
Java Database Connectivity
- NSDI:
-
National Spatial Data Infrastructure
- NTDB:
-
National Topographic Data Base
- ODBC:
-
Open Database Connectivity
- OGC:
-
Open Geospatial Consortium
- OIL:
-
Ontology Inference Layer
- OS:
-
Ordnance Survey
- OWL:
-
Web Ontology Language
- RADAR:
-
Radio Detection and Ranging
- RDF:
-
Resource Description Framework
- RFC:
-
Request for Comment
- RIF:
-
Road Impact Fees
- RIF:
-
Rules Interchange Format
- RIF:
-
rapid inquiry facility tool
- RM-ODP:
-
Reference Model for Open Distributed Processing
- RPC:
-
Remote Procedure Call
- SDI:
-
spatial data infrastructure
- SPARQL:
-
SPARQL Protocol and RDF Query Language
- TC:
-
Technical Committee
- UCS:
-
Universal Multiple-Octet Coded Character Set
- UML:
-
Unified Modeling Language
- URI:
-
Uniform Resource Identifier
- URL:
-
Uniform Resource Locator
- URN:
-
Uniform Resource Name
- W3C:
-
World Wide Web Consortium
- WCS:
-
Web Coverage Service
- WFS:
-
Web Feature Service
- WMS:
-
Web Map Server
- WPS:
-
Web Processing Service
- WSMO:
-
Web Service Modeling Ontology
- XML:
-
Extensible Markup Language
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Brodeur, J. (2011). Geosemantic Interoperability and the Geospatial Semantic Web. In: Kresse, W., Danko, D. (eds) Springer Handbook of Geographic Information. Springer Handbooks. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-540-72680-7_15
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