Secure and reliable time transfer is a key enabler for the next generation of services worldwide. A number of different applications such as 5G mobile broadband, mobile multimedia broadcast, power grids, terrestrial positioning services, financial operations, IoT, big data and cloud processing will require accurate, secure and reliable time information to be able to work consistently and…

Secure and reliable time transfer is a key enabler for the next generation of services worldwide. A number of different applications such as 5G mobile broadband, mobile multimedia broadcast, power grids, terrestrial positioning services, financial operations, IoT, big data and cloud processing will require accurate, secure and reliable time information to be able to work consistently and…

The project will develop an advanced GNSS receiver combined with an external clock that fulfils the requirements of ITU’s ePRTC standard. The main requirements of ePRTC are a maximum time error of 30 ns in locked mode (i.e., when using GNSS signals in nominal conditions), and a maximum time error of 100 ns after 14 days in holdover mode (i.e., after a total loss of GNSS signals). The potential…

SatUWB is a a GNSS enhanced Real Time Location System that uses UWB technology for accurate positioning. By including GNSS receivers in the anchors, SatUWB can provide absolute positioning information for a large number of mobile tags and eliminates the need for configuration and calibration of the anchor infrastructure. The anchors are deployable without prior knowledge of the area, thus enabling…

This project aims at developing a platform to support the definition, study and performance assessment of Signal Quality Monitors against Evil Waveforms (EWF). This platform will be used in this project with focus on a concrete use case – autonomous driving – to demonstrate its capability to explore innovative solutions for a cost efficient and flexible solution for Signal Quality Monitoring…