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Start date: 16/04/2021Duration: 18 MonthsThe Hybrid Overlay Positioning with 5G and GNSS (HOP-5G) project targets the demonstration of a 5G local overlay testbed for enhanced user positioning, in combination with GNSS and sensor technologies. Within this project, the HOP-5G consortium focuses on the exploitation of 5G innovative positioning enablers and their hybridisation with GNSS and sensors. This is based on the dedicated…Prime contractor
Subcontractors
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Start date: 07/04/2021Duration: 17 MonthsCurrent GEO and GTO missions already exploit GNSS signals for in-orbit PNT. NASA’s MMS mission has recently demonstrated that tracking of GPS signals is possible up to 150,000 km from Earth surface (half-way the distance to the Moon). The feasibility of extending the use of GNSS for missions to the Moon has also preliminarily been assessed by ESA via GSP. These preliminary studies have…Subcontractors
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Quantum metrology techniques show great potential to enhance both precision and security of existing PNT techniques. It has been shown that, by probing physical quantities using quantum states of light and/or matter, one can achieve a precision beyond the theoretical limit set by classical mechanics. This effect has been demonstrated in a variety of contexts and is particularly useful in optical… -
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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The project aims to develop a Cloud-based Snapshot GNSS solution that provides augmented levels of sensitivity, potentially extending the use of GNSS PNT services to degraded, or even currently denied scenarios, such as urban canyons or mild indoor facilities. Within the project, Albora is developing a disruptive technology, ALCORE, based on the combination of high sensitivity techniques and… -
Start date: 02/03/2021Duration: 18 MonthsRecent advances in technology have contributed to the deployment of a "de-facto" large GNSS receiver array based on affordable smart devices that are easy to find in the consumer market (dual band smartphones, raw GNSS data recording, new sensors). These devices, evolving fast with each new generation, feature an increasing number of capabilities and sensors able to collect a variety of…Subcontractors
Name: International Institute for Applied Systems Analysis (IIASA)
Country: Luxembourg
Website: https://iiasa.ac.at/
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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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Envisage Space has developed analytical software which we call RelyMap, which is designed to analyse wide areas (pan-city/region) of a complex urban environment and identify areas where GNSS signal provision is either impacted or blocked due to anomalies such as building shadowing etc.RelyMap Enhance builds upon this technology and understanding to enable improved location accuracy for GNSS…Prime contractor
Subcontractors
Name: Institute for Future Cities, Strathclyde University
Country: United Kingdom
Website: https://www.strath.ac.uk/cities/
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Start date: 09/02/2021Duration: 18 MonthsThe AGCbox uses an internally developed RTK algorithm for a centimetric and safe precision in agricultural environments. Using the integrity of the position, the Geofencing of robots is made possible. The robot stops if there is a doubt on its position. Integrity is a key element for a precise weeding without harming neither the crops nor people outside the outline. It is mainly a user-friendly…
