European CGSIC International SubCommittee Meeting

1
European CGSIC International SubCommittee Meeting

• EUPOS - European network of multifunctional
  reference stations
• Janusz Sledzinski
• Prague, Czech Republic
• 14-15 March 2005

2
PROJECT EUPOS EUROPEAN POSITION DETERMINATION
SYSTEM

• Project initiated by the Berlin Senate Department
  for Urban Development supported by the European
  Academy of the Urban Environment (EA.UE), Berlin,
  Germany
• A Founding (Steering) Committee was elected at
  the Conference in Berlin on 4-5 March 2002 to
  draw up the draft proposal of the European
  network to be established in the near future
• Project consists in establishment of the
  multifunctional reference GNSS stations in
  CCE countries
• EUPOS network will contain about 420 stations in
  the area of 14 European countries.

3
International EUPOS Steering Committee

• Janis Balodis, Latvia
• Arunas Buga, Lithuania
• István Fejes, Hungary
• Vladimir Gvozdev, Russian Federation
• Peter Hankemeier, Germany
• Katarina Leitmannová, Slovakia
• Georgi Milev, Bulgaria,
• Oleg Odalovic, Serbia and Montenegro
• Prit Pihlak, Estonia
• Gerd Rosenthal, Germany (Chairman of the ISC)
• Tiberiu Rus, Romania
• Ural Samratov, Russian Federation
• Jaroslav imek, Czech Republic
• Janusz Sledzinski, Poland
• Gerhard Wübbena, Germany

4
PROJECT EUPOS EUROPEAN POSITION DETERMINATION
SYSTEM
5
CONFERENCES AND WORKSHOPS ON EUPOS

• First Conference/workshop
• Multi-functional GNSS reference
  station system for Europe
• Berlin, Germany, 4-5 March 2002
• First Conference of the EUPOS Steering
  Committee
• Warsaw, Poland, 2-3 July 2002
• Second Conference of the EUPOS
  Steering Committee
• Sofia, Bulgaria, 6-7 November 2002
• Third Conference of the EUPOS Steering
  Committee
• Riga, Latvia, 10-11 June 2003
• Second Conference/workshop
• Multi-functional GNSS reference station
  system for Europe
• Berlin, Germany, 21-22 November 2003
• Fourth Conference of the EUPOS
  Steering Committee
• Berlin, Germany, 23 November 2003
• Fifth Conference of the EUPOS Steering
  Committee
• Bratislava, Slovakia, 18 -19 Juni 2004
• Sixth Conference of the EUPOS Steering
  Committee
• Sofia, Bulgaria, 2-3 November
  2004
• Seventh Conference of the EUPOS Steering
  Committee

6
CONCISE CHARACTERISTICS OF EUPOS (1)

• The EUPOS stations will be permanently operating,
  multifunctional DGNSS reference stations.
• The average distance between the stations will be
  about 70 km. Higher density may be required in
  conurbation. Existing reference station systems
  (e.g. EUREF, IGS) should be connected or
  incorporated.
• The coordinates of the stations will be
  determined with high precision, both in ETRS 89
  and in conventional geodetic reference systems by
  connecting to EUREF points as well as to the
  other control networks of the countries.
• EUPOS will use the signals of Galileo as basis
  standard as soon as it is available and GPS as
  basis standard up to the complete availability of
  Galileo and as optional additional standard after
  complete availability of Galileo also System
  GLONASS will be used as optional additional
  standard.

7
CONCISE CHARACTERISTICS OF EUPOS (2)

• Only high quality geodetic GNSS dual frequency
  receivers will be used at EUPOS reference
  stations. Positions of reference station antennas
  will be checked regularly for any displacement
• A common use of reference stations in
  neighbouring countries close to border areas will
  be taken into account. The reference stations
  will be networked with each other, even
  cross-border.
• All participating countries will observe the
  unified standards or/and will build up their
  multi-functional systems fully compatible with
  future European system GALILEO.

8
EUPOS SUB-SERVICES

• Permanent DGNSS service EUPOS will maintain the
  following sub-services
• EUPOS DGNSS for real time or post processing
  DGNSS applications by code and code-phase
  measurements with metre up to sub-metre accuracy
• EUPOS RTK for real time DGNSS applications by
  carrier phase measurements with centimetre
  accuracy
• EUPOS Geodetic for DGNSS applications by phase
  measurements in static or kinematic mode with
  centimetre up to sub-centimetre accuracy.

9
NUMBER OF PLANNED REFERENCE STATIONS
10
Planned and existing reference EUPOS stations
11
Russian stations of the project EUPOS
12
ORGANISATION

• The management of the project EUPOS
• is performed by
• International EUPOS Steering Committee (ISC),
• National EUPOS Service Centres (NSC),
• Workshops EUPOS Multifunctional GNSS
  Reference Station Systems for Europe.

13
Charter duties of the International EUPOS
Steering Committee (ISC),

• The main tasks of the ISC are
• coordination of the project actions and
  management,
• agreements with the NSC and manufactures,
• dissemination of information,
• organisation of EUPOS workshops and symposia,
• clarification of technical questions and
  standardisation,
• organisation and coordination of software and
  hardware tests and support in training the
  technical staff

14
Charter duties of the National EUPOS Service
Centre (NSC)

• The main tasks of the NSC are
• planning, establishment and maintenance of the
  national EUPOS network
• contact with the International EUPOS Steering
  Committee and its office,
• coordination of the interests and the activities
  of the national authorities and other
  governmental bodies,
• checking the integrity of the network, testing
  software and hardware in agreement with the
  International EUPOS Steering Committee and their
  own interests,
• providing adequate information for the users
  about the status of the network,
• organisation of educational and training courses
  for the technical staff and the users,
• transferring the international development trends
  and contributes to the EUPOS developments.

15
Charter duties of the Workshops on EUPOS

• Workshops EUPOS will be organised by the
  International EUPOS Steering Committee once a
  year in Berlin as an information platform on a
  broader base
• for
• the necessary exchange of experiences and
  information,
• to discuss and create further developments of
  EUPOS,
• to increase the identification with the system.

16
EUPOS vs. Galileo

• Expected advantages for Galileo
• Galileo gains a huge number of new users more
  than 400 reference stations in 14 countries will
  work permanently using the Galileo system
• By EUPOS Galileo will transfer the reference
  system to all users in Central and Eastern
  Europe
• EUPOS will offer and guarantee the services of
  proper accuracy as recommended by the Galileo
  programme
• EUPOS stations could be integrated into Galileo
  programme. Some selected EUPOS stations could be
  incorporated to the Galileo ground control
  segment.

17
EUPOS vs. EUREF EPN

• EUPOS reference stations will be connected to the
  EUREF EPN
• The EUPOS stations will be related to the ETRF
  system and will transfer the ETRF to all Central
  and Eastern European countries
• Some selected EUPOS Processing Centres could
  serve as EPN Local Analysis Centres
• International EUPOS Steering Committee will
  establish close cooperation links with the IAG
  (EUREF) Sub-Commission for Europe of the IAG
  Commission X on Global and Regional Geodetic
  Networks.

18
CONSULTATIONS

• European Commission Brussels
• EU INTERREG IIIC East Joint Technical
  Secretariat, Vienna
• UN Office of Outer Space Affairs (OOSA), Vienna.

19
EC CONSULTATIONS

• POSITIVE ASSESSMENTS
• effective organisation and management of the
  project
• broad spectrum of services for geodesy and
  navigation
• EUPOS will use the signal of Galileo as basis
  standard as soon as it is available
• 14 countries participate in the project
• project covers about 20 of the area of Europe
• very short time (about 3 years) of realisation of
  the project.

20
EC CONSULTATIONS

• NEGATIVE ASSESSMENTS
• very high cost of the project
• (1st version about 900 stations ? 100 M
  Euro)
• in the project participate countries that have
  different relations to the European Union
• EU SUGGESTIONS
• to reduce costs of the project by reducing number
  of stations
• to divide the project into some parts for group
  of countries that can use the same support of EC
  programmes (ETDF, ISPA, CARDS, TACIS, PHARE,
  INTERREG).

21
SUPPORT OF THE UN OFFICE OF OUTER SPACE AFFAIRS
(OOSA), Vienna

• EUPOS presented at the UN/USA Expert Meetings on
  the Use and Application of GNSS, organised by
  OOSA Vienna
• OOSA granted financial support for organisation
  of the conferences of the International EUPOS
  Steering Committee.

22
INTERREG

• Umbrella project prepared
• EU INTERREG IIIC East Project
• EUPOS -IRC (InterRegional Cooperation)
• and submitted with the request for financial
  support of about 1 100 000 to
• INTERREG East Joint Secretariat in Vienna.

23
INTERREG UMBRELLA PROJECTEUPOS - InterRegional
Cooperation

• Participating countries
• Bulgaria
• Czech Republic
• Germany
• Hungary
• Latvia
• Poland
• Romania
• Russia
• Serbia and Montenegro

24
INTERREG UMBRELLA PROJECTEUPOS - InterRegional
Cooperation

• COMPONENTS AND CHAIRMANSHIP
• Management and Coordination (Germany)
• Geoinformation in the Regional Context (Czech
  Republic)
• EUPOS Competence Centres for Spatial Basis
  Infrastructures (Hungary)
• Large-Scale Information Exchange and Training
  (Poland)
• Planing Sustainable Multi-sectoral Geoinformation
  Applications, User Acquisition, Investment
  Preparation (Latvia).

25
POSSIBLE FINANCIAL SUPPORT FROM EC
PROGRAMMES

• ERDF - for EU member countries (Czech Rep.,
  Estonia, Hungary, Latvia, Lithuania, Poland,
  Slovakia, Slovenia),
• ISPA - for EU candidate countries
  (Bulgaria, Romania),
• CARDS for West-Balkan countries (Bosnia and
  Herzegovina,
• Macedonia, Serbia and Montenegro),
• TACIS for the Russian Federation,
• INTERREG III C for Germany as for the
  Coordinator
• of the Project and for umbrella project

26
INTERNET WEB PAGES

• Warsaw www.eupos.org
• (Responsible J. Sledzinski)
• Berlin www.eupos.eu
• (Responsible G. Rosenthal)