1. European Organisation for the Safety of Air Navigation Initial steps towards digital AIM : D-AIM AIXM5 User group Meeting Washington DC 27 February 2007 Sam Van der Stricht AIM & GIS Expert EUROCONTROL

2. Content Introduction Digital-AIM Demo Conclusion

3. EUROCONTROL AIM Unit Directorate ATM Programmes Core business: Defining strategy  AIS >> AIM >> SWIM Standardising AI exchange  Content models: define meaning of data  Exchange models: define data exchange, AIXM, AMXM, WXXM  Support to implementation  Trials: xNOTAM, D-AIM  Architecture: future European ATM Architecture definition (Single European Sky)  Programmes: CHAIN

4. Application Data Application Data Current Situation Lack of collaborative sharing NOTAM Flight Data Obstacles Data Terrain Data Airspace Data Route Net Data Navigation Data Flow Data Aerodrome Mapping Location Data Environmental Data Weather Data

5. Future situation Standardised data exchange Common Data Bus NOTAM Flight Data Obstacles Data Terrain Data Airspace Data Route Net Data Navigation Data Flow Data Aerodrome Mapping Data Location Data Environmental Data Weather Data

6. Future situation Standardised data exchange D-AIM ISO/OGC based NOTAM Flight Data Obstacles Data Terrain Data Airspace Data Route Net Data Navigation Data Flow Data Aerodrome Mapping Data Location Data Environmental Data Weather Data

7. Experimental Example Seamless Data Fusion – SkyView2 Topography FIR Jetstream Pressure IR clouds

8. Content Introduction D-AIM Demo Conclusion

9. Digital AIM (D-AIM) AIM Requirements Deliver timely and filtered quality information into user contexts Move towards a state of information exchange and sharing EC 552/2004 interoperability regulation D-AIM high level principles Investigate new digital services in addition to current AIS output System-wide approach Separate data transport from data application Open and interoperable data sharing Focus on geo-spatial increment Leverage existing standards LFV Sweden – EUROCONTROL collaboration

10. Others ATC Airspace Designers CNS Infra structure Airports Data Sources AIS Organisation Data Outputs AIP, Amd & Supp AICs NOTAM PIB … Data Users Other States Other Airspace User Airlines Pilots ATSP Flight Briefing Commercial Database Providers Digital AIM Services D-AIM Positioning Current AIS flow versus D-AIM

11. D-AIM featuring (1) D-AIM architectural approach based on a Service Oriented Architecture Loose coupling: service dependencies are minimized; Autonomy: services have control over the logic that they encapsulate; Abstraction: services hide logic from the outside world; Reusability: logic is divided into services with the intention to promote reuse; Discoverability: services are designed to be outwardly descriptive so they can be found and assessed via available discovery mechanisms. Use of OGC web services specifications D-AIM embeds AIM standards into the current system to achieve geospatial information sharing AIXM, AMXM, WXXM OGC-OWS: WMS, WFS, WCS, CSW

12. D-AIM featuring (2) D-AIM Services increment: geo-enabled ATM AISDistributionCapabilities Voice AFTN (paper/text) SITA (paper/text) ACARS (text) MET NOTAM: TSA activation Navaid failure Route closure RWY/TWY closure Voice Text Users ATS Aircraft Airport D-AIM Standards: AIXM AMXM (Aerodrome Map) WFS FIS-B Graphic, geo- enabled, location based, timely, filtered ADS-B SUR

13. D-AIM Services Uplink Services Other Services Specific Services Generic Services D-AIM featuring (3) Chain generic data offerings with specific data needs Standardised D-AIM services exposed through standardised interfaces Service chaining  Upstream generic services feed downstream specific services

14. D-AIM high level architecture

15. D-AIM geo server

16. Trial Definition Temporary Segregated Area (TSA) D-AIM WFS FIS Server GND Station A GND Station B GND Station C TVA TVB TVC ATS Receive Push FIS-B GND Stations GeoTemporal AIM DB AISFISAIRCRAFT Active TSA = Closed Sleeping TSA = Open Moving Map CDTI Pull Broadcast (Push) Broadcast Push Moving Map

17. TSA Broadcast Scenario Activity Diagram

18. More use cases Runway/Taxiway closure scenario Creating common geo-spatial intelligence on the airport NAV, SUR, AIS plugged into common data pool AMDB WFS TRAFFIC WFS (ADS-B location) AMDB-TRAFFIC overlay MET scenarios SIGMET WFS METAR WFS METREPORT WFS Support services GeoBin WFS for B-XML encoding Catalogue service

19. D-AIM changes

20. D-AIM Benefits Geo-enable content provider output to enable downstream location based information filtering and decision making support Increase safety by making information available WHEN and WHERE needed Increase situational awareness through geospatial information Database driven common views Common timely geospatial intelligence (en-route/aerodrome) Fusion of multiple information sources

21. Architecture Design Use Case definition Generic Services Implementation Functional Services Implementation Use Case Execution Reporting and Demonstrations D-AIM Project Workflow

22. Content Introduction Digital-AIM Demo Conclusion

23. Demo

24. Content EUROCONTROL AIM Digital-AIM Demo Conclusion

25. D-AIM Interoperability Objectives  Produce Distribute Share Use Interoperable Data Exchange

26. Inside D-AIM Cross Domain Concepts View AIS Aerodrome Terrain Obstacles Flow management Airspace management Weather Environment Temporality Geometry Quality MetaData AIXM AIXM,AMXM AIXM Grid Data Domains Common ISO/OGC concepts Services … WXXM AIXM ENXM

27. Inside D-AIM Cross Domain Services View AIS Aerodrome Terrain Obstacles Flow management Airspace management Weather Environment GeoSpatial Services AIXM AIXM,AMXM Catalogie Services Grid AIXM Portrayal Services ISO/OGC Standardised Services Data Domains ISO/OGC Standard Interface … WXXM AIXM ENXM WCSWFSWMSWCSWFSWCSWFS CSW WMS

28. Interoperable Data Exchange “Data centric” Information Management

29. Managing Data Exchange

30. Questions? Thank you!