| Abstract
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Data-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.
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| Address
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Baltimore, Maryland +
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| Author
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Luca Cinquini +,
Deborah L. McGuinness +,
Peter Fox +,
James L. Benedict +,
Tony Darnell +,
Don Middleton +,
Jose M. Garcia +,
Patrick West +
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| Bibtype
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inproceedings +
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| Booktitle
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American Geophysical Union Joint Assembly +
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| Key
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cinquini2006solar-terrestrial +
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| Modification dateThis property is a special property in this wiki.
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25 April 2009 20:58:47 +
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| Month
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May +
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| Tag
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Natural science +
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| Title
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Solar-Terrestrial Data Integration using Ontologies +
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| Year
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2006 +
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| Categories |
Conference Paper,
Proceeding Paper,
Publication
|
