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272 Fachinstitute an Universitäten und Hochschulen
Institute of Geodesy and Navigation
University of the Federal Armed Forces Munich 1
2003
1. Personnel and Organisation
1.1 Head of Institute
Univ.-Prof. Dr.-Ing. GÜNTER W. HEIN
Univ.-Prof. Dr.-Ing. BERND EISSFELLER (deputy director)
b. Head of GNSS/INS Laboratory
Dr.-Ing. TORBEN SCHÜLER
c. Research Staff
Dipl.-Ing. GERALD AMERES
Dipl.-Ing. ROBERT BIBERGER
Dipl.-Ing. LUCA BUZZELLI
Dipl.-Math. BÄRBEL DEISTING
Dipl.-Ing. MARKUS IRSIGLER
Dipl.-Ing. ROLAND KANIUTH
Dipl.-Ing. CHRISTIAN KREYE
Dipl.-Ing. EVA KRUEGER
Dipl.-Ing. THORSTEN LÜCK
Dipl.-Ing. SUNG WOOK MOON
Dr.-Ing. THOMAS PANY
Dipl.-Ing. ANDREA POSFAY
Dipl.-Ing. BERNHARD RIEDL
Cand.Ing. DANIEL SANROMA
Dipl.-Ing. ANDREAS TEUBER
Dipl.-Ing. BERND ZIMMERMANN
1.4 Administrative and Technical Staff
PENNI GRIGAT
BRUNHILD STRÜBIG
ANTJE TUCCI
MANFRED HÄUSLER (Technician)
1.5 Guests
Dipl.-Ing. XIAOKUI YUE, VR China
Rong ZHI ZHANG, VR China
2. Research Areas
2.1 Contributions to the definition and development
of the European Satellite Navigation System Galileo
Within the project entitled „egleitente Untersuchungen zu
Entwicklung des Satelliten Navigationssystems Galileo”
the Institute of Geodesy and Navigation contributed to the
development and validation phase of the European Galileo
system by providing input the signal task force of the
European Community (EC).
The Galileo project is carried out in co-operation by bodies
EC and the European Space Agency (ESA). In principle
it is to be realised in three phases: project definition,
development and implementation. The fundamental decision
for the realization Galileo was made by the council of the
European ministers of transport at March 26, 2002. According
to the present planning the development and validation
phase should cover the period 2002-2005, the implementation
phase 2006-2007, and the operational phase could start
in 2008.
2.1.1 Overall Architecture
The main characteristics of the Galileo system architecture
can be summarised as follows
– Independence of other satellite navigation systems
– Interoperability with GPS (GLONASS)
– Service concept (open, commercial, safety critical,
regulated)
– Implementation of an Integrity Service (inside/outside
Europe)
– Independence between Integrity Service and Galileo
control System (GCS)
– Global services (SAR, and referred to navigation data
related services)
– Global location and time dissemination on the basis of
a global constellation
– Regional components (Monitor and uplink stations)
– Integration with regional systems (e.g. EGNOS)
– Integration with local (differential etc.) systems
– Compatibility with future mobile radio networks
(UMTS)
The main extension of Galileo compared to GPS consists
in the implementation of a global / regional segment for
integrity monitoring. The goal is to assist the safety critical
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Inst. f. Erdmessung und Navigation, Universität der Bundeswehr München, Fakultät f. Bauingenieur- und Vermessungswesen, Werner-
Heisenberg-Weg 39, 85577 Neubiberg, Fax: (089) 6004 3019, Tel: (089) 6004 3425, E-mail: guenter.hein@unibw-muenchen.de