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The GNSS-SUT project is targeting the snapshot technology market. Current tracking applications are usually done by conventional real-time GNSS receivers where the processing chain is done on board of the device. This comes with high power cost due to the computational effort required. In a snapshot-based approach, the computational processing (highpower demanding) load is done on a remote server…Subcontractors
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Start date: 01/01/2025Duration: 24 MonthsThe proposed Railway Position, Velocity and Timing Reference System (RaiwaylPVT) will use ETCS Eurobalises to augment GNSS. Fused with inertial referencing and advanced odometry, the overall system will deliver accurate positioning, velocity and timing with full availability in any (ETCS) railway network with ensured integrity. The partners iMAR Navigation (iMAR), Schweizer…Prime contractor
Subcontractors
Name: Schweizer Bundesbahnen SBB AG
Country: Switzerland
Website: https://company.sbb.ch/de/home.html
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Start date: 01/01/2025Duration: 24 MonthsThe NaviSoC is an all-band, all-constellation GNSS receiver integrated with an application processor on a single silicon die. The NaviSoC system on a chip delivers high precision, high reliability and security, with low power consumption, in a small size. All of these unique features open up a number of possibilities for mitigating both jamming and spoofing. During the project, several activities… -
Start date: 31/12/2024Duration: 18 MonthsThe proposed activity’s main objective is to develop an innovative solution for monitoring the construction processes of large infrastructures by using cutting-edge technologies such as GNSS (global navigation satellite systems), satellite EO (Earth observation), drones and wearable devices to guarantee a safe work environment for the construction workers and avoid delays in the construction…Subcontractors
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Start date: 20/12/2024Duration: 18 MonthsThe NAVISP-EL1-090 project aims to enhance positioning solutions for autonomous driving applications using low-cost antenna arrays, focusing on improving navigation robustness and accuracy in challenging urban environments through MIMO-GNSS processing. It involves designing, implementing, and validating technologies on a flexible breadboard platform using commercial off-the-shelf (COTS) hardware,…Subcontractors
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Start date: 19/12/2024Duration: 24 MonthsThe proliferation of so-called “mega-constellations” in Low-Earth Orbit (LEO) for global telecommunication coverage provides an opportunity for diversifying navigation signals from space without the need for additional dedicated satellites. The concept of Signals of Opportunity (SOOP) Positioning allows a user to determine their position based on signals not designed for navigation. The…Prime contractor
Subcontractors
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Start date: 17/12/2024Duration: 18 MonthsThe objective of this project is to develop, implement, and demonstrate robust GNSS positioning solutions for autonomous driving using low-cost antenna arrays on low-Size Weight and Power (SWaP) platforms. By leveraging signals from these antenna arrays, subject to multipath and interference, the project aims to enhance PNT solution robustness through innovative techniques. These solutions will be…Subcontractors
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Affordable navigation modules bundled with data connectivity and vehicle management software to allow small OEMs make their vehicles autonomous. These vehicles will address needs in delivery, logistics, agriculture, and utility applications -
Start date: 10/12/2024Duration: 24 MonthsPhotonic integrated circuits embed complex optical systems in compact chips manufactured in semiconductor foundries. The availability of high-speed modulation, ultra-low propagation losses, and discovery of the optical microcomb have revolutionized many aspects of integrated photonics in the last 15 years. In particular, new applications in microwave photonics by translating electronic signals to…Prime contractor
Name: Norwegian University of Science and Technology, Departement of Electronic Systems
Country: Norway
Website: https://www.ntnu.edu/ies
Subcontractors
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The goal of the project is to support highly demanded services, navigation and time distributions, including high accuracy PPP solutions, such as the one provide by Galileo HAS, together with a radio communication channel, by offering an integrated solution, which could fit multiple FPGA end user equipment on the land, airborne and maritime application. This solution delivers combined benefits…
