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Start date: 03/01/2022Multi-Constellation GNSS Receiver GOOSE© including Indian Satellite Navigation System Extension NavIC. Within the GOOSE-NavIC project a combined GNSS L-/S-Band antenna and a GOOSE© S-Band extension will be developed. The GOOSE© receiver will be upgraded by the combined processing of NavIC on GNSS L5 and S-Band . The frontend of the GOOSE© receiver will be redesigned and extended by one…Subcontractors
Name: Fraunhofer Institute for Integrated Circuits (FhG-IIS)
Country: Germany
Website: https://www.iis.fraunhofer.de/
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Start date: 01/12/2021The objective of this project is to demonstrate that crowd-sensed GNSS signals can be effectively used as the sole (or main) data source for an integrity service. Integrity will be provided by allowing the user to assess his guaranteed positioning performance. This is achieved by providing statistical bounds to the residual error components (after applying potential corrections and removing…Subcontractors
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Start date: 20/12/2021Optical solid Corner Cube Retro-reflectors (CCR) are often implemented to allow laser tracking of satellites from ground. In order to achieve a measureable return signal, such corner cubes are typically rather large and, as conventional corner cubes are made of glass, also high in mass. A hollow CCR, made of three orthogonal flat mirror surfaces, offers theoretically superior performance and a…Prime contractor
Subcontractors
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Start date: 20/03/2021The PLATONIC project is to develop cooperative positioning and integrity concepts and algorithms for vehicle platooning. The innovative positioning and integrity concept and algorithms for the vehicle platooning would be based on GNSS (e.g. PPP or moving based RTK), V2X communication, IMU/odometer and V2V relative ranges. In order to demonstrate the developed concepts and to gather…Subcontractors
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Start date: 13/09/2021The objective of this project is to develop a novel system consisting of an indoors GNSS signal manipulator and repeater that can be used in conjunction with 5G signals to provide indoors/outdoors PNT solution. For that purpose a hybrid 5G/GNSS receiver is used to navigate between the two different environments. The solution aims to provide positioning, navigation and timing in indoors… -
Start date: 01/09/2021MOOD has the objective to develop moon features for Qascom GNSS simulator. The aim is to create the first moon capable GNSS testbed, supporting the development of moon receiver, studies and planning for lunar missions. The developed tecnology can also be leveraged for mars missions as well as particular scenarios on earth. -
Start date: 01/09/2021The purpose of this project is to develop and validate a new functionality to complement the GMV’s PPP Correction Service, which will adapt the service corrections for dedicated use in the geomatics sector. This module will adapt the existing PPP stream provided by GMV’s PPP Correction Service, to be easily ingested by already established GNSS-based service providers in the field of…Prime contractor
Subcontractors
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Start date: 31/01/2022The AURORA project is part of the “Creation of an Italian ecosystem for AAM" framework, coordinated and promoted by ENAC, to fill the pre-identified gaps of providing effective and reliable PNT GNSS based service for the AAM in urban and intra-urban environment, and as such can be considered as part of the AAM national strategy. AURORA will analyze the peculiar needs of the territories with a…Prime contractor
Subcontractors
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Start date: 04/03/2022Precise positioning will undergo exponential growth with the advent of autonomous driving of cars, drones, robots and the technological development of smart devices.The continuous outdoor-indoor transition and vice versa, as well as the growing need for precise and reliable positioning in dense urban environments, have to be based on hybrid 5G-GNSS positioning technologies. In this sense, the…Prime contractor
Subcontractors
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Start date: 06/07/2021The goal of the product is to develop an end-to-end Precise Point Positioning-Realtime Kinematic (PPP-RTK) application with a denser reference network to achieve decimetre level user position accuracy. PPP-RTK improves convergence time for decimetre position accuracy to a minute or less from tens of minutes required in float PPP. Rx Networks original High Accuracy Assistance Service (HAAS), now…
