Solar-terrestrial ontology development
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abstract: The development of an interdisciplinary virtual observatory (the Virtual Solar-Terrestrial Observatory; VSTO) as a scalable environment for searching, integrating, and analyzing databases distributed over the Internet requires a higher level of semantic interoperability than here-to-fore required by most (if not all) distributed data systems or discipline specific virtual observatories. The formalization of semantics using ontologies and their encodings for the internet (e.g. OWL - the Web Ontology Language), as well as the use of accompanying tools, such as reasoning, inference and explanation, open up both a substantial leap in options for interoperability and in the need for formal development principles to guide ontology development and use within modern, multi-tiered network data environments. In this presentation, we outline the formal methodologies we utilize in the VSTO project, the currently developed use-cases, ontologies and their relation to existing ontologies (such as SWEET).
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| Abstract | The development of an interdisciplinary vi … The development of an interdisciplinary virtual observatory (the Virtual Solar-Terrestrial Observatory; VSTO) as a scalable environment for searching, integrating, and analyzing databases distributed over the Internet requires a higher level of semantic interoperability than here-to-fore required by most (if not all) distributed data systems or discipline specific virtual observatories. The formalization of semantics using ontologies and their encodings for the internet (e.g. OWL - the Web Ontology Language), as well as the use of accompanying tools, such as reasoning, inference and explanation, open up both a substantial leap in options for interoperability and in the need for formal development principles to guide ontology development and use within modern, multi-tiered network data environments. In this presentation, we outline the formal methodologies we utilize in the VSTO project, the currently developed use-cases, ontologies and their relation to existing ontologies (such as SWEET). on to existing ontologies (such as SWEET). |
| Address | San Francisco, Ca. + |
| Author | Deborah L. McGuinness +, Peter Fox +, Don Middleton +, Jose Garcia +, Luca Cinquini +, J. A. Darnell +, and James L. Benedict + |
| Bibtype | inproceedings + |
| Booktitle | American Geophysical Union, Fall Meeting (AGU2005) + |
| Key | 2005solar-terrestrial + |
| Month | December + |
| Note | Eos Trans. AGU 86(52), Fall Meet. Suppl., Abstract IN43A-0324 + |
| Tag | Natural Science + |
| Title | Solar-Terrestrial Ontology Development + |
| Year | 2005 + |
