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February 29, 2012 Tracy Hansen Bryon Lawrence

February 29, 2012 Tracy Hansen Bryon Lawrence. Overview. Project Overview Prototype Work Next Steps and Future work. Contributors. Paula McCaslin Charlie Paxton Bunny Pfau Evan Polster Nico Preston Jim Ramer Mike Romberg Bob Rood Kevin Scharfenberg Steve Schotz Logan Smith

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February 29, 2012 Tracy Hansen Bryon Lawrence

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  1. February 29, 2012 Tracy Hansen Bryon Lawrence

  2. Overview Project Overview Prototype Work Next Steps and Future work

  3. Contributors Paula McCaslin Charlie Paxton Bunny Pfau Evan Polster Nico Preston Jim Ramer Mike Romberg Bob Rood Kevin Scharfenberg Steve Schotz Logan Smith Jennifer Spinney Jennifer Valdez Joe Wakefield Susan Williams Leigh Cheatwood Harris Yu-ru Chen Gina Chien David Etim John Ferree Tom Filiaggi Chris Golden Herb Grote Eve Gruntfest Tracy Hansen Xiangbao Jing Bryon Lawrence Tom LeFebvre Mark Mathewson Greg Machala

  4. Collaborations NWS Partners OHD, NWS Hydrologists Workshop participants BOU Office NWS National Centers NCEP Development Team AWIPS II AWIPS II Extended Collaboration Data Delivery Thin Client Verification NWSWarn NSSL PHI Central Weather Bureau,Taiwan RTS Raytheon Technical Services RENCI MDL Meteorological Development Lab SSWIM Social Science Woven Into Meteorology Iris / iNWS NSSL National Severe Storms Lab COMET University of Wisconsin

  5. Iterative Feedback Process “Build a little / Test a little” Prototype Demo Sessions Feedback Incorporated into next iteration User 5

  6. Social Science Partner Research Social Science Woven into Meteorology (SSWIM) SSWIM brought on board 2009 Preliminary Results from Current Research shared at AMS 2011 Today, provide a brief overview of the social science component and share several practical applications for the Hazard Services prototype design. Jen Spinney, Researcher carrying out social science component of project

  7. Funding and Resources National Weather Service – OS&T (Office of Science and Technology) GSD DDF (Global Systems Division Discretionary Director) and Base Funds CWB (Central Weather Bureau) Taiwan COMET – University of Southern Florida Southern Region – NWSWarn MDL personnel

  8. Hazard Services Project Portal : integratedhazards.noaa.gov

  9. Purpose -- Integrate Hazard Tools Phase 1 WARNGEN (< 1 hour) GHG (Hours-Days) Hazard Services RiverPro (Days) 9

  10. Purpose -- Integrate Hazard Tools Phase 2 WARNGEN (< 1 hour) GHG (Hours-Days) Hazard Services RiverPro (Days) NMAP (National) 10

  11. Purpose -- Two-way Communication Phase 3 AWIPS II CAVE -- Forecasters Web -- Partners: EM's, Broadcasters Spotters, Publics Hazards National “Cloud” Impacts 11 IHIS serves as a vehicle for social science (RENCI / SSWIM) research into Partner Requirements to be realized by NWS

  12. Project History • 2004 OSIP Project / Next Generation Warning Tool team • Telecons for Concept and Requirements discussions • 2008 Workshop Norman OK, 130 attendees http://www.weather.gov/warningworkshop • 50% NWS / 50% partners (FEMA, EM’s, etc.) • 2009 Integrated Hazard Information Services Workshop hosted by GSD, 70 attendees http://fxa.noaa.gov/NGWT/NGWT_Workshop.html • Forecasters / partners / developers / social scientists • Initial User Interface designed for prototyping • 2010 Prototyping – Web-based short-fused tornado warning • Established basic user interface through rapid forecaster feedback • Looking ahead to two-way communication

  13. Project History 2011 Prototype work AWIPS II CAVE Prototypes – short-fused, long-fused, hydro Utilization of PGEN drawing tools GIS data – hospitals, Iris spotter reports, Census Design and partial development for “Live Data” Web-based prototype (prior to May) Attended IWT Workshop – Hydro/Partners 2011 Workshops Attended IWT Workshop – Hydro/Partners Hazard Services Workshop II (Sept) – Engaged user community and began defining IOC requirements

  14. Short-fused Tornado Warning

  15. Short-fused Tornado Warning

  16. Long-fused Winter Storm Warning

  17. Long-fused Winter Storm Warning

  18. Integrated Hazard Information Services Moving from Product-Centric to Information-Centric Hazard Information Still need to store both legacy VTEC (Valid Time Event Code) product-centric information along with “atomic” information-centric information.

  19. Hazard Services – Data Storage National Distributed Database Hazard Creation: Grids, Polygons, Points, Paths (Drawn or Calculated) -> Information Centric Atomic Hazard Information Product Centric VTEC Information SBN Product Generation

  20. Next Steps and Future Work

  21. Summary of Prototyping Work • Prototyping has • “Touched on” ~60% of requirements • Provided a good launching point for gathering functional requirements and IOC design • Yet only covers ~20% of the functionality

  22. Future Work -- Integrated GSD / RTS team for Phase 1 production development -- Goals: OSIP Gate 3 and IOC -- Development Tasks Data Transformation Framework for algorithms such as Recommenders and Text Products Database Solution– working with Iris team on storage formats, security, authentication User Interface and Forecast Process – common GUI for efficient and accurate hazard generation

  23. Hazard Services across perspectives A possible step toward integrating AWIPS Applications • Common Data Access • Common Tools – iTools, Recommenders, Text Products • Collaboration • Real-time • Data Sharing • National Data “Cloud”

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