Current and future uses of owl for earth and space science data frameworks: successes and limitations
From Semantic Portal Wiki
{{#vardefine:category|Publication}}{{#vardefine:templatename|i.publication}}{{#vardefine:package|smwbp_instance_templates}}
| Edit |
Reference: {{#vardefine:pagename|current and future uses of owl for earth and space science data frameworks: successes and limitations }}
- [[]]
bibtex
{{#vardefine:pagename|Current and future uses of owl for earth and space science data frameworks: successes and limitations }}{{#vardefine:key| }}
abstract: Based on almost three years of experience in developing and deploying scientific data frameworks built using semantic technologies, we now have a production virtual observatory in operation, serving two broad communities: solar physics and terrestrial upper atmospheric physics. Within this application, a data framework provides online location, retrieval, and analysis services to a variety of heterogeneous scientific data sources distributed over the internet. We describe selected current and planned uses of our ontologies in OWL-DL, and tools involved in development and deployment. We describe both successes and limitations we have found to date using OWL- based technologies, especially tool support. We also indicate the important components we require from a robust technical infrastructure as we move forward with expanding the functionality of the frameworks. This expansion includes additional semantic representation and reasoning/query services as well as broadening the scope of our scientific disciplines.
download:
- paper:
- slides:
| Abstract | Based on almost three years of experience … Based on almost three years of experience in developing and deploying scientific data frameworks built using semantic technologies, we now have a production virtual observatory in operation, serving two broad communities: solar physics and terrestrial upper atmospheric physics. Within this application, a data framework provides online location, retrieval, and analysis services to a variety of heterogeneous scientific data sources distributed over the internet. We describe selected current and planned uses of our ontologies in OWL-DL, and tools involved in development and deployment. We describe both successes and limitations we have found to date using OWL- based technologies, especially tool support. We also indicate the important components we require from a robust technical infrastructure as we move forward with expanding the functionality of the frameworks. This expansion includes additional semantic representation and reasoning/query services as well as broadening the scope of our scientific disciplines. g the scope of our scientific disciplines. |
| Address | San Francisco, Ca. + |
| Author | Patrick West +, Deborah L. McGuinness +, Peter Fox +, and Luca Cinquini + |
| Bibtype | inproceedings + |
| Booktitle | American Geophysical Union, Fall Meeting (AGU2007) + |
| Key | 2007current + |
| Month | December + |
| Note | Eos Trans. AGU 88(52), Fall Meet. Suppl., Abstract IN53B-1207 + |
| Tag | Natural Science + |
| Title | Current and future uses of OWL for Earth and Space science data frameworks: successes and limitations + |
| Year | 2007 + |
