1 / 33

DATA AND PRODUCT SERVING

DATA AND PRODUCT SERVING. AN OVERVIEW OF CAPABILITIES DEVELOPED IN 10 YEARS. Contributing Authors F. Blanc (CLS, France) R. Clancy (US Navy, U.S.A. ) P. Cornillon (University of Rhode Island, U.S.A.) C. Donlon (ESA, Europe) P. Hacker (Univ. of Hawaii, U.S.A.)

penelope-lyons
Download Presentation

DATA AND PRODUCT SERVING

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. DATA AND PRODUCT SERVING AN OVERVIEW OF CAPABILITIES DEVELOPED IN 10 YEARS Contributing Authors • F. Blanc (CLS, France) • R. Clancy (US Navy, U.S.A. ) • P. Cornillon (University of Rhode Island, U.S.A.) • C. Donlon (ESA, Europe) • P. Hacker (Univ. of Hawaii, U.S.A.) • K. Haines (Reading University, United Kingdom) • S. Hankin (NOAA/PMEL, U.S.A.) • S. Pouliquen (IFREMER, France ) • M. Price (UK Met Office, United Kingdom ) • T. Pugh (Bureau of Meteorology, Australia ) • A. Srinivasan (RSMAS, U.S.A.) GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  2. 1. Introducing Godae framework (1) • Observations (< remote sensing satellites or in situ instruments) • Analyses and forecasts (< modelling and assimilation systems) • Data management and communication plan (to deliver regularly and seamlessly, reliable and comprehensive information on the state of the ocean) GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  3. 1. Introducing Godae framework (2) Other specificity of data and products : • Targeted to Open Oceanglobal or regional sub-basins at higher resolution • Focused on Ocean physicstemperature, currents, sea level, salinity, wind/wave, sea ice • Data are geo- and time-dependent (X, Y, Z, T) • Along an observational swath, or refer to a gridded area. • Characterised by spatial and temporal resolution of ocean phenomena:large ocean circulation or eddy-resolving, daily or seasonal monitoring • Special care on the time dimension. • Various levels of products depending on quality & useFrom raw data (sensor type, level 0) to ocean summary information(ocean indicator, level 5). GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  4. GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  5. 2. The need for data & product serving (1) depends on product level, operational status & user needs • “Privileged users”  computer-to-computer link, no human intervention,  high level availability and quality of service, routine delivery; • “Standard users” on request access to standard products (routinely produced)  tools to search and access products; • “Public users”, ie. the general public  for education and public outreach,  a ‘front/demonstration’ window of operational oceanography; • “Specific users”, such as. research laboratories  need specific products, which may not be available online  human intervention for product delivery; • “Operations”  involved in the system monitoring and supervision GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  6. 2. The need for data & product serving (2) User Requirements & Demonstration via Success Stories GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  7. 2. The need for data & product serving (2) • To understand how oceanographic centres operate each forecasting system • SS1: A common knowledge and understanding of products • To identify and converge on technologies required • SS2:Data format and data inventory (for interoperability) • SS3: How to find and discover products? • To understand & evaluate products • SS4 : How to better evaluate a product (standalone or federated primary viewing services for data browse and quick evaluation) • SS5: Interactive viewing services (GIS based services or Google Earth for data qualification or science applications) • To access and manipulate the data • SS6: How to query and access a product ?(full set or subset extraction capabilities, a chain of web services) • SS7: Data manipulation and analysis (for data qualification or science applications, web portals or desktop toolboxes) • To keep track of downloads and usage of a product • SS8: Monitoring and reporting(to better meet the user needs and increase the use of data) GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  8. Observations Acquisition Data Processing Data Assimilation Data Assimilation Nowcasts Forecasts Hindcasts Ocean Modelling Model Nesting Information& Quality Assessment Data Management Production Integration Delivery Web Portal Monitoring & Control GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  9. Success Story 1Knowledge & Understanding of Products  Mature and Structured Description of products and ocean forecasting systems GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  10. JAMSTEC center MERSEA centers Success Story 1Knowledge & Understanding of Products  Mature and Structured Description of products and ocean forecasting systems GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  11. Success Story 2Data Format and Data Inventory  Adherence to Standards GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  12. NCEP center HYCOM center Success Story 2Data Format and Data Inventory  Adherence to Standards GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  13. Success Story 3How to Find and Discover Products?  Standalone Visibility GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  14. NAVOCEANO Data Server GHRSST Data Server BLUELink Product Server AVISO Product Server Success Story 3How to Find and Discover Products?  Standalone Visibility GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  15. Success Story 3How to Find and Discover Products?  Master Directories to enhance visibility and access at one place many products GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  16. Success Story 3How to Find and Discover Products?  Master Directories to enhance visibility and access at one place many products GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  17. Success Story 4How to Better Evaluate a Product ?  Standalone or federated primary viewing servicesfor data browse and quick evaluation GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  18. Mercator Océan (France) NCOF (UK) BLUELink (Australia) ECCO (USA) Success Story 4How to Better Evaluate a Product ?  Standalone or federated primary viewing servicesfor data browse and quick evaluation GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  19. Mersea/MyOcean European Integrated System GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  20. Success Story 5Interactive Viewing Services  GIS based services or Google Earth GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  21. Success Story 6 How to Query and Access a Product?  full set or subset extraction capabilities (with user guides) GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  22. GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  23. Success Story 6How to Query and Access a Product?  A chain of web services (SOAP architecture & OGC compliance) GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  24. Success Story 7Data Manipulation and Analysis  for data qualification or science applications GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  25. Success Story 7Data Manipulation and Analysis  for data qualification or science applications GODAE Product Server GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  26. Success Story 7Data Manipulation and Analysis • Desktop toolboxes: • The Basic Radar Altimeter toolbox (CNES/ESA) • The Octave [matlab clone] NetCDF toolbox (Ocean Circulation group, South Florida) • The Matlab OPeNDAP Ocean toolbox (NASA) • The Ocean Data Viewer (Seadatanet) • The Scilab platform for numerical computation(INRIA) GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  27. Success Story 8Monitoring and Reporting • To keep track of downloads and usage of a product, e.g. • Availability and Timeliness of a product • Total Volume of a product &Volume of data transported on the Internet, • Typology and Location of the users, • Preferred Products and Preferred data serving tools, • etc. GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  28. Conclusion (1)Achievements in 10 years Measures of success or the instruments to monitor 10 years of cooperative work • The GODAE implementation plan and the annual national reports • Conferences and summer schools agenda • lllustration through 8 success stories • Well defined products and services • Improved design and effectivenessof a global ocean observing system • Enhanced coordination of activities at all levels (observing forecasting, nesting) • Growth of new multi-disciplinary integrated ocean applicationsserving the ultimate goal of real user applications GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  29. Conclusion (2)Achievements in 10 years Well defined products and services • Distributed architecture with layered functionalities • Agreement upon formats and data distribution mechanisms (the so-called GODAE standards) • Essential and generic network functions to discover, visualise and access the data sets • Successful solutions across the GODAE community to create both standalone & integrated internet services • Clear demonstration of operational capabilities(including version tracking, system monitoring and robustness) GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  30. Conclusion (3)Achievements in 10 years Improved design and effectivenessof a global ocean observing system • Improved understanding of the oceans, • Improved assessments of the predictability of ocean variability,  Minimised the cost and maximized productivity by drawing together information technology contributed by many partners  Enabled the assessment and operational qualificationof ocean forecasting systems GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  31. Conclusion (4)Achievements in 10 years Enhanced coordination of activities at all levels(observing forecasting, nesting) • Official links established with large observation programmes like Argo, Sentinel 3 and others • Agreement on qualification process, the metrics products (included in the so-called “GODAE standards”) • Use of the Global Ocean Prediction System evidenced to support numerous coastal and regional modelling centres, delivering operational boundary conditions (see HYCOM US and Mercator, France) • Usability/fitness of Godae products for the purposes of their users and system goals GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  32. Conclusion (5)Achievements in 10 years Growth of new multi-disciplinary integrated ocean applicationsserving the ultimate goal of real user applications • Important applications already within the different national programmes • marine safety in Canada to support the coast guard, • fisheries in Australia to survey migration of the larvae of rock lobsters to maintain populations, • maritime traffic in Japan to predict the Kuroshio large meander, • marine pollution in France to monitor oil spill drift and to facilitate protective measures, • water quality in United Kingdom to monitor the risk of problems from algae bloom, etc. GODAE Final Symposium, 12 – 15 November 2008, Nice, France

  33. Thank Youfor your attention Thank You to all contributors GODAE Final Symposium, 12 – 15 November 2008, Nice, France

More Related