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Multi-constellation augmentation based on EGNOS and Galileo simulation
The context of the project covers the prototype development of a SBAS message encoder to generate the SBAS messages for both GPS and Galileo.
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Topographic data and how to acquire it
Topographic data collected by the National Land Survey is available e.g. as downloadable data sets or via interface services.
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Transportation Data Acquisition by Means of ICT-derived 3D Modeling
The objective of the project is to prototype a van-based mobile mapping system to capture the 3D models in critical traffic intersections for transpor
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Wide Area RTK Based on EGNOS and Galileo (WARTK)
Wide Area RTK Based on EGNOS and Galileo. FGI’s main responsibility in this project was to develop a SISNeT client software that utilizes the ESA SISNeT data server to disseminate the real-time corrections for wide area RTK.
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GNSS-Itä - Paikannushäirintä ja GNSS-vastaanottimen häiriösietoisuus
This project develops real-time identification of intentional GNSS jamming and how to mitigate its effects especially in aerial imaging and air traffic.
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Use Of EGNOS In Urban Environments (EGURE)
Use Of EGNOS In Urban Environments: the aim of the project was to develop and test algorithms to enhance the use of EGNOS in urban areas.
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Integration of a Regional Component to Galileo Global Component (IRC2G)
Integration of a Regional Component to Galileo Global Component, with demonstrations in Europe and in China.
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High Accuracy Positioning using EGNOS and Galileo Products (FIX_8 )
High Accuracy Positioning using EGNOS and Galileo Products. FGI participated in the development of this Precise Point Positioning project.
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Researchers are developing and testing the detection of GNSS interference
There is a dire need to solve the problem, as interference causes security risks and financial losses for the authorities and companies alike.
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Development of the Handheld SISNeT Receiver
The main objective of the project was to develop a handheld single-box SISNET receiver based on the pocket PC environment.
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