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Integrated National In Situ Observational Network

Integrated National In Situ Observational Network. Igor Zahumenský Slovak Hydrometeorological Institute. Outline. Introduction Reasons for the Integration Goals of the Integration Planning the Integration Features of an Integrated Network Management & Information System Conclusion.

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Integrated National In Situ Observational Network

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  1. IntegratedNational In Situ ObservationalNetwork Igor Zahumenský Slovak Hydrometeorological Institute

  2. Outline • Introduction • Reasonsfor the Integration • Goalsof the Integration • Planningthe Integration • Featuresof an Integrated Network • Management & Information System • Conclusion

  3. Why & How ? • Whyto integrate ? • Reasons &Benefits • Howto integrate ? • Step-by-step integration of individual system components

  4. Reasons for the Integration

  5. Synoptic data users Synoptic network S-DPC Aviation data users Aeronautical network A-DPC Climatological data users Climatological station C-DPC

  6. Benefits • Integration increases: • Investment efficiency; • System capabilities; • More efficient Observation & Monitoring & Management = Improved Forecasts & Warnings & PWS

  7. Profit from Integration can be increased by: • shared exploitation ofanobserving site, • more cost-effective integrated data sets, • an integrated data and network management, • an integrated information delivery system.

  8. Goals of the Integration Dominant goals of the ION: • To sustain existing obs.; • To integrate existing and new systems; • To adapt the new system to users’ RQs and needs.

  9. The Integration • The integration: an end-to-end process of: • examination, • planning, and • implementation.

  10. The Integration (2) • Observing system priorities: • Reliability • Efficiency • Cost effectiveness • Continuity

  11. Planning the Integration - steps • Users’ needs & requirements; • Present National Observing System; • Required changes; • Priority criteria; • Initial design of Integrated Obs. System; • Processes to response to RQs and needs; • Strategy and Plan

  12. Synoptic network I N T E G R A T E D DPS & DMS & NMS & … U S Aeronautical network E R Climatological station S

  13. Integrated W O T R E K N M I S U S E R S

  14. Multifunctional Management and Information System

  15. The key features of MIS • Provide information essential for decision-making; • Fully automatic & operational nonstop; • Flexible & modular; • Reliable & designed to operate during the most severe weather; • The two-way communication.

  16. Network Management Unit

  17. ION NMU MIS Metadata Catalogues Procedures, Protocols, Standards, … Data Input Management of NMS Monitoring Remedial Actions QC D D B Products Generation Data Processing Users

  18. ION NMU M I S Users Management of NMS

  19. ION NMU Metadata Catalogues Procedures, Protocols, Standards, … D D B Data Input USERS

  20. ION NMU Metadata Catalogues Procedures, Protocols, Standards, … D D B Data Input QC Monitoring Data Processing USER

  21. ION NMU Metadata Catalogues Procedures, Protocols, Standards, … D D B Data Input Remedial Actions QC Monitoring Products Generation Data Processing USER

  22. ION NMU Metadata Catalogues Procedures, Protocols, Standards, … D D B Data Input Remedial Actions QC Monitoring Products Generation Data Processing USER

  23. Conclusion • Improvement of: • Information provided by ION; • Data & metadata management; • Data accessibility; • System management; • System performance.

  24. Conclusion (2) • Reduction of operational costs • Reduction of manpower • Standardization of procedures • Standardization of maintenance

  25. Conclusion – success of ION • Provision of the right and useful sets of observational data & products & information for different applications & users; • Implementation of new technology / techniques.

  26. I N I S O N Effective • Network of networks • System of systems

  27. Thank youforyour attention

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