Difference between revisions of "Satellite Data Access, Transformation, Integration and Delivery"

From Earth Science Information Partners (ESIP)
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Back to [[Web_Services]], [[Service_Collaboration_Demos]], [[Collaboration_Scenarios]]
 
Back to [[Web_Services]], [[Service_Collaboration_Demos]], [[Collaboration_Scenarios]]
  
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===Scenario: Satellite Data Access, Transformation, Integration and Delivery===
  
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'''Background:''' In principle, distributed web services can be linked into processing chains. However, autonomously developed  components may not interoperate doe to syntactic and semantic differences.
  
'''<center>This wiki is devoted to the study and evaluation of air quality information systems</center>'''
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'''Purpose:''' The purpose of this scenario is to evaluate the interoperbility impedances and to demonstrate end-to-end data processing using distributed services.
  
This is an experimental website for collective learning and collaboration using the ESIP wiki tool. Particpation is welcome. To create, edit or discuss items you need to log in (upper right corner). For help on editing, consult the general [http://meta.wikimedia.org/wiki/Help:Editing Edit Help] page. Practice editing in the <b>[http://wiki.esipfed.org/index.php/EsipSandBox Sandbox]</b>. For questions or problems, please contact the <b>[[User:Rhusar|moderator]]</b>.
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'''Players:'''
 
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::Brian Wilson - Access to satellite data (MODSI/OMI?) using SciFlo web services
  
==Interoperability==
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::Liping Di - Transformation (e.g. reprojection) with LEIT processing web services (WCS?)
===[[Interoperable Data Access]]===
 
====[[OGC WCS for Earth Science Data]]====
 
  
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::Rudy Husar - Filtering, Aggregation, Fusion/Overlay with other data services
  
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::All - participants use their service flow engines to execute processing chain
  
==Air Quality Informatics Use Cases==
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'''Outcome:''' Interoperable WS chain demo
===[[Exceptional AQ Events]]===
 

Revision as of 01:37, February 20, 2006

Back to Web_Services, Service_Collaboration_Demos, Collaboration_Scenarios

Scenario: Satellite Data Access, Transformation, Integration and Delivery

Background: In principle, distributed web services can be linked into processing chains. However, autonomously developed components may not interoperate doe to syntactic and semantic differences.

Purpose: The purpose of this scenario is to evaluate the interoperbility impedances and to demonstrate end-to-end data processing using distributed services.

Players:

Brian Wilson - Access to satellite data (MODSI/OMI?) using SciFlo web services
Liping Di - Transformation (e.g. reprojection) with LEIT processing web services (WCS?)
Rudy Husar - Filtering, Aggregation, Fusion/Overlay with other data services
All - participants use their service flow engines to execute processing chain

Outcome: Interoperable WS chain demo