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 CADASTRE & LAND DEVELOPMENT, COMMUNICATIONS, ELECTRIC & GAS UTILITIES, AND WATER & WASTEWATER
How Earth Science Can Contribute to and Benefit From the Spatial Information Infrastructure Duration: 0:25:44
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Presented by:  Andrew Woolf - Senior Scientist, Rutherford Appleton Laboratory, United Kingdom
Summary: 

Earth science is at the forefront of applying advanced computing technology to the solution of pressing environmental problems. For instance, the bi-annual publication of the world’s top 500 supercomputers is dominated by applications in weather and climate modeling, and geosciences. Many of these grid infrastructures adopt a service-oriented architectural approach, exploiting the technologies of web services, and XML-based publishing of service and information metadata to catalogues or resource repositories. There is a strong analogy in such earth science grid architectures with spatial information infrastructures.

Recorded at Be Conference London 2007

What you can learn:
  • Service-oriented architectural approach
  • Earth science grid architectures with spatial information infrastructures
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