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An OGC Interoperability for Ocean Science Gerald Creager Texas A&M University Luis Bermudez Southeastern Universities Research Association Philip Bogden.

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Presentation on theme: "An OGC Interoperability for Ocean Science Gerald Creager Texas A&M University Luis Bermudez Southeastern Universities Research Association Philip Bogden."— Presentation transcript:

1 An OGC Interoperability for Ocean Science Gerald Creager Texas A&M University Luis Bermudez Southeastern Universities Research Association Philip Bogden SURA Coastal Ocean Observing and Prediction Program

2 Ocean Science Interoperability Experiment Open Geospatial Consortium, Inc.

3 OGC OCEANS IE Approved December 2006 by OGC Initiated March 2007 Evaluate and compare SWE/SOS/TML and WFS specifications for efficacy in distributing sensor data Provide example code and cookbooks to assist new implementers Built on the experience/expertise already derived in OOSTethys  Allowed “quick-start” of the project

4 OGC OCEANS IE Key Participants  SCOOP Texas A&M, GoMOOS, VIMS, SURA/SCOOP  NANOOS (Bill Howe)‏  AOOS (Rob Cermak)‏  MBARI (John Graybeal)‏  UNH COOA (Ru Morrison)‏  WHOI MVCO (Janet Fredricks)‏

5 OGC OCEANS IE Resources  http://www.oostethys.org/ http://www.oostethys.org/  http://www.openioos.org/testbed/sos/ http://www.openioos.org/testbed/sos/  http://www.openioos.org/testbed/sos/gm_sos.html# http://www.openioos.org/testbed/sos/gm_sos.html  http://www.oostethys.org/downloads/ http://www.oostethys.org/downloads/  http://www.oostethys.org/howtos/ http://www.oostethys.org/howtos/  http://www.opengeospatial.org http://www.opengeospatial.org https://portal.opengeospatial.org/files/?artifact_id=26667

6 OGC OCEANS IE Plan  Develop several SOS services acceptable sensor descriptions/schemas support measurements of  Salinity  Temperature  Others (as we determine what they are)‏  Servers... and Clients Document development Provide data to potential developers

7 OGC OCEANS IE Data are accessible as graphical objects on a map  http://www.openioos.org/testbed/sos/gm_sos.html  http://www.openioos.org/testbed/sos/ Data are accessible as text/table Data are available as time-series presentations

8 OGC OCEANS IE

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11 OGC Oceans IE

12 OGC OCEANS IE Observations Query Support WFS  Version 1.1  Bounding Box: getFeature  lat long; lat lon z  Procedure (requires workaround)‏  Observed Property (requires workaround)‏ SOS  Version 1.0  getObservation  lat lon; lat lon z  time instance/interval  time interval min only  time interval max only  Procedure and Obs. Property supported  http post required

13 OGC OCEANS IE WFS requires schema creation/definition  Maintenance, versioning, extensibility, standardization SOS requires adoption of a set of specifications  time/learning curve to understand specifications/standards

14 OGC OCEANS IE End products  Roadmap/procedures to implement specs used (SOS, WFS)‏  Prototype servers and clients developed Code available Reference implementations  Cookbooks for developers Feedback results to OGC for specifcation update/improvement

15 OGC OCEANS IE Lessons learned  Adopting standards is hard  Need to involve science domain expertise  Beats reinventing the wheel  Long-term payback potential is better than “one- off’s”  Use of standards promotes innovation


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