The EGNOS User Interface Document Explained

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1 The EGNOS User Interface Document Explained 2nd EGNOS Receiver Workshop 30th Sept 2005, ESTEC, Noordwijk, The Netherlands Javier Ventura-Traveset European Space Agency, EGNOS Project Office Patricia Yague -- European Space Agency, EGNOS Project Office Cristoforo Montefusco ENAV, Italy

Ventura-Traveset European Space Agency, EGNOS Project Office Patricia

2 Presentation overview Reasons for the EGNOS UID Structure and contents of the document Schedule Disclaimer Conclusions

3 Reasons for the EGNOS UID Provide a high level information document for users, application developers, receiver manufacturers, institutions interested in EGNOS and satellite navigation explain how to access the EGNOS SIS, how the system works, what is delivered to users and how the system will evolve. It is a living document issued by ESA that will accompany EGNOS through its life, providing official information on the system like: SIS and architecture description, performance, compliance with standards and planned evolutions.

delivered to users and how the system will evolve.

4 Structure of the document Disclaimer Introduction Scope and motivation The EGNOS programme SBAS principles EGNOS system architecture EGNOS functional architecture EGNOS evolution EGNOS SIS and data Services delivered to users EGNOS performance Appendices User Interface Document

architecture EGNOS functional architecture EGNOS evolution EGNOS SIS

5 More details on the UID content 1/9 Introduction (scope, content, motivations, acronyms, Applicable Documents, Reference Documents) Overview on EGNOS and European satellite navigation strategy SBAS principles (general concepts, augmentation provided by SBAS systems, accuracy and integrity, corrections and variance estimations, error bounding)

satellite navigation strategy SBAS principles (general concepts, augmentation

6 More details on the UID content 2/9 Description of all segments plus the support facilities

7 More details on the UID content 3/9 EGNOS functional architecture work logic, the data flow, the functional loop and the main processing stages 7 NLES Satellites: Geostationary, GPS & GLONASS 4 MCC 34 RIMS Users

8 More details on the UID content 4/9 EGNOS operations Decision chain Information on MCC and CCF operations & maintenance GEO, NLES & RIMS operations & maintenance Support Facilities operations Trondheim (Norway) Catania (Sicily) Quebec Tromso Glasgow (UK) (Canada) (Norway) London (UK) Ciampino MCC Singapore (Italy) Paris 128k 128k Gatwick MCC Fucino 7200 (France) (UK) Stavanger (Italy) Oslo Baynard (Norway) Glasgow (Norway) (London) 512K K Hartesbeeshoek 512K 512K (South Africa) Naples Paris London Cork (Eire) Singapore VSAT Hub A 128k Zurich Quebec Toulouse/ (Switzerrland) Johannesburg Dublin (Eire) Aussaguel (France) Faroe Islands Rome Toulouse (Denmark) Madere (France) Alberg(Denmark) Zurich (Portugal) CFRS Lisbon Copenhagen (Portugal) Azores Network (Portugal) Stockholm (Sweden) Stockholm Lisbon Madrid (Portugal) St Petersburg Moscow (Spain) (Russia) Frankfurt (Germany) Tel Aviv Barcelona 512K 512K 512K (Israel) (Spain) Langen MCC 512K Warsaw Berlin Santiago de (Germany) 7200 (Poland) (Germany) Seville Compostella (Spain) Palma de 7200 (Spain) Mallorca Torrejon MCC Amsterdam (Spain) (Spain) Paris Melilla Tel Aviv Canary (Spain/N. Africa) Cracovie (Israel) Islands PVC 48k/8k CIR (Poland) Berlin PVC 96k/8k CIR (Germany) 256K 256K Management PVC / CIR Amsterdam GCSC Paris OSC (Netherlands) (France) Concert hub site Cisco 1600 Kourou (French Guiana) VSAT Hub B 7000 Cisco 7200 Via leased line to Aussagel NLES Djerba (Tunisia) Konya (Turkey Mersa Matrouh (Egypt) Mourmansk (Russia) Reykjavik (Iceland) Sofia (Bulgaria)

Oslo Baynard (Norway) Glasgow (Norway) (London) 512K 7200 512K Hartesbeeshoek 512K 512K (South Africa) Naples Paris London Cork (Eire) Singapore VSAT Hub A 128k Zurich Quebec Toulouse/ (Switzerrland)

9 More details on the UID content 5/9 EGNOS performance (brief recall of system requirements, how performance is measured at CPF and User level, accuracy and integrity performance charts and explanations) Accuracy Accuracy Integrity Time Alarm Limit Alarm Limit Continuity Avail-ability (H) 95% (V) 95% to alert (vertical) (horizontal) En-route 2.0 NM N/A /h 5 min. N/A 4 NM /h 0.99 to to /h En-route, 0.4 NM N/A /h 15 s N/A 1 NM /h Terminal to to /h Non-precision 220 m N/A /h 10 s N/A 0.3 NM /h 0.99 approach, to to Departure /h APV-1 16 m 20 m 1-2x s 50 m 40 m 1-8x10-6 in any 0.99 per 15 s to approach APV 2 and 16 m x s 20 m (APV-II) 40 m 1-8x10-6 in any 0.99 CAT I Precision to per 15-10m (Cat-I) 15 s to approach 4m approach

N/A 4 NM 1-10 -4 /h 0.99 to to 0.99999 1-10 -8 /h En-route, 0.4 NM N/A 1-10 -7 /h 15 s N/A 1 NM 1-10 -4 /h 0.999 Terminal to to 0.99999 1-10 -8 /h Non-precision 220 m N/A 1-10 -7 /h 10 s N/A 0.

10 More details on the UID content 6/9 Signal in Space (description of messages, compliance with SBAS standards, interoperability with other SBAS) MSG 0 MSG 1 MSG 2 to 5 MSG 6 MSG 7 MSG 8 MSG 9 MSG 10 MSG 11 MSG 12 MSG 13 to 16 MSG 17 MSG 18 MSG 19 to 23 MSG 24 MSG 25 MSG 26 MSG 27 MSG 28 to 61 MSG 62 MSG 63 Don't use this SBAS signal for anything (for SBAS testing) PRN Mask assignments, set up to 51 of 210 bits Fast corrections Integrity information Fast correction degradation factor Reserved for future messages GEO navigation message (X, Y, Z, time, etc.) Degradation Parameters Reserved for future messages SBAS Network Time/UTC offset parameters Reserved for future messages GEO satellite almanacs Ionospheric grid point masks Reserved for future messages Mixed fast corrections/long term satellite error corrections Long term satellite error corrections Ionospheric delay corrections SBAS outside service volume degradation Reserved for future messages Internal Test Message Null Message EGNOS MCC S F GPS WAAS EGNOS MSAS Message Schedule F S S S S F F S S S S F F S S S Cycle 2 Cycle 1 To Users F S Fast Corrections Slow Corrections Position Integrity

51 of 210 bits Fast corrections Integrity information Fast correction degradation factor Reserved for future messages GEO navigation message (X, Y, Z, time, etc.

11 More details on the UID content 7/9 Description of services delivered to users (provision of early GALILEO services through EGNOS) and roadmap for their implementation. Services classification Open service Safety of Life service Commercial service Features associated to the services provided: Performance Signal / data access Liabilities / Service level agreement Fees Certification

Services classification Open service Safety of Life service Commercial service Features

12 More details on the UID content 8/9 EGNOS evolution (general programmatic indications on planned upgrades, new missions, architecture extension) MEDA EU Accession AFI

13 More details on the UID content 9/9 9 appendices (further technical details on system architecture and work logic, signal in space detailed description, compatibility with international standards, interoperability, contact points, websites, FAQ) Main Navigation Page:

description, compatibility with international standards,

14 Disclaimer EGNOS SIS is not certified yet for Civil Aviation or other safety critical purposes EGNOS SIS is currently provided without any warranties. The use of the EGNOS SIS is at the user s own risk. The EGNOS SIS is provided for test purposes without any warranties regarding availability, continuity, accuracy, reliability, fitness for a particular purpose or meeting the users requirements. Liability on the services provided will be upon the EGNOS legal operator when established Issues on the services and the associated warranties will be contained in specific service level agreement documents

The EGNOS SIS is provided for test purposes without any warranties regarding availability, continuity, accuracy, reliability, fitness for a particular

15 Schedule for the EGNOS UID A first issue of 60 pages has been produced in 2004 but not delivered An ESA/GJU review took place in July 2004 In January 2005 a second ESA/GJU took place. EGNOS UID will be public available by November 2005 (TBC) This document will be updated whenever EGNOS improvements are implemented and more knowledge on performance is available. 1 st ESA/GJU Review 2 nd ESA/GJU Review Release JAN 04 JUL 04 JAN 05 NOV 05 (TBC)

EGNOS UID will be public available by November 2005 (TBC) This document will be updated whenever EGNOS

16 Conclusion EGNOS UID will provide the navigation community a reference EGNOS document Planned to be ready in November 2005 (TBC), will be a public document available for download on the web sites: Users, receiver manufacturers, application developers, institutions and organisations interested in EGNOS and satellite navigations will certainly benefit of this EGNOS UID, therefore they are invited to contribute. Let us know the: subjects/explanations/pictures you would like to see in the documents and contact us via at: [email protected] indicating in the subject: EGNOS UID suggestion, we will appreciate it a lot!

The European EGNOS System:

The European EGNOS System: Status, performances, information to users and Evolution Plans Presented by: Dr J. Ventura-Traveset Head of EGNOS Mission and System Evolution Section European Space Agency (ESA),