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Element 3 - Support to Member States
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As the world moves towards greater levels of autonomy and automation, it is expected that wide-area safety systems and services will become the norm including both terrestrial and GNSS-based safety services. Other major developed economies in the United States/Canada (WAAS), Europe (EGNOS), Japan (MSAS), India (GAGAN), South Korea (KASS), and Australasia (SouthPAN) have now or will soon have…Subcontractors
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UK Critical National Infrastructure (CNI) is at significant risk from the loss of access to GNSS for PNT. LF systems such as eLoran can provide a highly robust complement to GNSS. An eLoran transmitter can serve applications hundreds of miles away but the accuracy of the time transfer depends on the radio propagation (at ground level) between the transmitter and the receiver. At levels of… -
The objective of P-CAR is to realize a PNT laboratory for testing and validation of Connected Autonomous Driving functions in synergy with the EMERGE project under development in the Abruzzo Region. The accredited laboratories are essential facilities to support the certification process and, similarly to the rail domain, P-CAR aims to fill this gap for the automotive applications by developing…Subcontractors
Name: Innovation Pole on Automotive
Country: Italy
Website: http://www.innovazioneautomotive.eu/en/polo-innovazione-automotive/iam/
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Considering the increased use of satellite-based services, the impact of GNSS disruptions or performance degradation on the safety and efficiency of aircraft operations is very important. GNSS signals are vulnerable to interference, voluntary or not, and this type of threat endangers the smooth running of operations. Moreover, continuous monitoring of GNSS performances is necessary for ensuring…Prime contractor
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This project is a direct follow-on of the original ARFIDAAS activity which builds on the successful execution of that project by leveraging the results to support the involvement of an additional nation, as well as the spectrum management authorities from both Norway and Finland. The project will address specific GNSS signal use challenges within Finland while also building a wider network of…Subcontractors
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The GNSS Event Notification Service (GENS) project’s aim is to create an initial national demonstration capability for GNSS event notification that is robust, secure and aligned to the UK national interest. In addition, GENS is planned to act as a catalyst to create a national centre for GNSS service threat identification and response. In support of the objective, GENS is also to provide…Subcontractors
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Position, Navigation and Timing (PNT) information is widely used for a range of critical services. The main sources for PNT information are GNSS satellites. The RF signals provided by the GNSS satellites covers wide areas but are quite weak and vulnerable to unintentional or intentional interference. This has been experienced in Norway. The aim of this project is the testing of a novel concept…Subcontractors
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The overall objective for the DANGO project is to accelerate and qualify the up-take of Galileo PNT services through national GNSS support services. These services will: - transform positions from the Galileo Terrestrial Reference Frame (GTRF) to the Danish national reference frame, - provide fast user access to the Galileo HAS, - feature real-time update of the DANGO services, -…Prime contractor
Name: Aalborg University (AAU)
Country: Denmark
Website: https://www.es.aau.dk/sections-labs/Wireless-Communication-Networks/
Subcontractors
Name: Technical University of Denmark (DTU)
Country: Denmark
Website: https://www.space.dtu.dk/english
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Over the past years, concerns about the impact of GNSS vulnerabilities in PNT applications have grown exponentially. In the maritime and inland waterways navigation domain this subject is of utmost importance. The RIPTIDE project targets a first phase in the development of a resilient PNT solution dedicated to the particularities of the Black Sea and Danube Lower Basin region. The main…Prime contractor
Subcontractors
Name: Romanian Maritime Hydrographic Directorate
Country: Romania
Website: https://www.dhmfn.ro/index_en.shtml
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The objective of the project is to perform an In-Orbit-Demonstration of Precise Point Positioning technology on-board Norsat-TD. Norsat-TD is a technology demonstration mission coordinated by the Norwegian Space Agency to demonstrate key space-based technologies relevant to Norwegian industry.Subcontractors
Name: Fugro Norway AS
Country: Norway
Website: https://www.fugro.com/our-services/marine-asset-integrity/satellite-positioning
