Solar-terrestrial data integration using ontologies

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{{#vardefine:authoreditor|Luca Cinquini, Deborah L. McGuinness, Peter Fox, James L. Benedict, Tony Darnell, Don Middleton, Jose Garcia, Patrick West}}

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abstract: Data-integration across a number of disciplines is a key requirement to be facilitated by virtual observatories and in particular the Virtual Solar-Terrestrial Observatory(VSTO). Our experience to date indicates that semantic interoperability is a viable and robust approach. We have encodings for the VSTO ontology in OWL - the Web Ontology Language - using both open-source and commercial tools and have implemented a number of use-cases. We aim to demonstrate data-integration between solar atmospheric data (e.g. coronal mass ejections), and the resulting impacts on the terrestrial ionosphere (e.g.aurora). In this presentation, we outline the methodologies, the developed use-cases, ontologies and their current implementation.

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Facts about Solar-terrestrial data integration using ontologiesRDF feed
AbstractData-integration across a number of discip Data-integration across a number of disciplines is a key requirement to be facilitated by virtual observatories and in particular the Virtual Solar-Terrestrial Observatory(VSTO). Our experience to date indicates that semantic interoperability is a viable and robust approach. We have encodings for the VSTO ontology in OWL - the Web Ontology Language - using both open-source and commercial tools and have implemented a number of use-cases. We aim to demonstrate data-integration between solar atmospheric data (e.g. coronal mass ejections), and the resulting impacts on the terrestrial ionosphere (e.g.aurora). In this presentation, we outline the methodologies, the developed use-cases, ontologies and their current implementation. tologies and their current implementation.
AddressBaltimore, Maryland  +
AuthorLuca Cinquini  +, Deborah L. McGuinness  +, Peter Fox  +, James L. Benedict  +, Tony Darnell  +, Don Middleton  +, Jose Garcia  +, and Patrick West  +
Bibtypeinproceedings  +
BooktitleAmerican Geophysical Union Joint Assembly  +
Key2006solar-terrestrial  +
MonthMay  +
TagNatural Science  +
TitleSolar-Terrestrial Data Integration using Ontologies  +
Year2006  +
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