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Analysis of the impact of a Non-Standard GPS C/A code on Galileo signals.

, , and . PLANS, page 945-955. IEEE, (2018)

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Mitigating Software Integrity Attacks With Trusted Computing in a Time Distribution Network., , , , , and . IEEE Access, (2023)Synchronization of Critical Infrastructures Dependent Upon GNSS: Current Vulnerabilities and Protection Provided by New Signals., , , , , and . IEEE Syst. J., 13 (3): 2118-2129 (2019)Positioning integrity computation for consumer grade GNSS receivers., and . I-TENDER@CoNEXT, page 18-23. ACM, (2017)Building Trust in Data for IoT Systems., , and . CoRR, (2024)SNAP: An authentication concept for the Galileo open service., , and . PLANS, page 967-977. IEEE, (2018)The need for GNSS position integrity and authentication in ITS: Conceptual and practical limitations in urban contexts., , and . Intelligent Vehicles Symposium, page 1384-1389. IEEE, (2014)Method for Assessing the Interference Impact on GNSS Receivers., , , and . IEEE Trans. Aerosp. Electron. Syst., 47 (2): 1416-1432 (2011)Signal Structure-Based Authentication for Civil GNSSs: Recent Solutions and Perspectives., , , , , and . IEEE Signal Process. Mag., 34 (5): 27-37 (2017)Integrity Verification of Distributed Nodes in Critical Infrastructures., , , , and . Sensors, 22 (18): 6950 (2022)Combining Decentralized IDentifiers with Proof of Membership to Enable Trust in IoT Networks., , and . ITNAC, page 310-317. IEEE, (2023)