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Location-based services for personal mobility have for some time been recognised as the primary future market for Galileo in terms of the number of users and potential revenue. Previous...

The central objective of SOHPA is to develop a GNSS software receiver including WLAN positioning technology. The positioning element will be extended by...

During the last few years, gAGE/UPC has developed and tested new techniques, which allow the extension of local services based on the real-time carrier phase ambiguity resolution to wide-area scale (i.e....

At the core of the FIX_8 solution is a GNSS positioning technique known as Precise Point Positioning (PPP...

One of the most appealing features of Galileo that GPS does not have is the signal-embedded integrity, which enables the system to inform users about the...

A helicopter’s capability to operate to and from locations without landing aids, for example in medical evacuations or rescue missions, often makes them the only feasible method of transport. Compared to...

Dwindling public investment available for road infrastructure coupled with legitimate societal aspirations for cleaner, safer and smoother roads have underlined the need for new answers to the traditional...

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...