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GRAIL will introduce GNSS technology in the railway domain for different applications in Europe. Technology developments following different paths has...

While the Galileo core system is developed in the frame of the ESA IOV phase, supported by the GSTB experimentation test beds, it is necessary to develop the...

The objective of the MAGIC project is to define and validate the technical solutions that will allow Galileo operators to offer an interference-free system. The three topics : detection, isolation and...

For some time, ICAO has stated the recommendation to make the most extensive use of the available satellite technology for navigation and...

For many Earth science applications as well as for satellite navigation, geodesy has the potential to provide a TRF, as a realisation of a TRS, to which are related valuable observations of parameters that...

The protection, fruition and support of the cultural heritage show evidence of a growing importance in European society, which is particularly rich in cultural assets. The European Commission gives great...

The work was directed towards three distinct sectors. The signal studies were the most urgent and provided independent assessment and consolidation of the Galileo signals. The short-term development studies...

To allow new receivers and novel applications to be developed by a broad spectrum of service providers, it is critical to have a precise and complete definition of what Galileo will provide to its end-users...

Members of the consortium have been involved in all previous SAR/Galileo studies back to Galileo Phase B2 and have led the definition of SAR/Galileo at system, segment and element levels. The consortium is...

With one nanosecond of time difference on a satellite, the equivalent to about 30 cm on the ground, highly accurate time is essential to the success of any Global Navigation Satellite System (...