Analysis of a Mass Market GNSS Receiver in the Presence of Different Jamming Signals transmitted During the Norwegian JammerTest 2023

This paper analyzes the reaction of a mass-market GNSS receiver to various jamming signals during the Norwegian JammerTest 2023. The study evaluates $C / N_{0}$ degradation and PVT errors under different jamming conditions, including high-power Continuous Wave, Chirp, and Pseudo Random Noise jamming. The performance impact on Binary Phase Shift Keying and Binary Offset Carrier modulations is quantified. Live data collected during the tests provide insights into the resilience and vulnerabilities of the receiver.

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Publication Details

Published
2024-12-11
DOI
https://doi.org/10.1109/navitec63575.2024.10843424
Citations
2
Primary Topic
GNSS positioning and interference
Type
article
Field-Weighted Citation Impact
2.60
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article

Analysis of a Mass Market GNSS Receiver in the Presence of Different Jamming Signals transmitted During the Norwegian JammerTest 2023

Luciano Musumeci, David Gómez-Casco, S. Wallner, Nityaporn Sirikan et al.
2 citations
GNSS positioning and interference
2.60
article

Analysis of a Mass Market GNSS Receiver in the Presence of Different Jamming Signals transmitted During the Norwegian JammerTest 2023

Luciano Musumeci, David Gómez-Casco, S. Wallner, Nityaporn Sirikan, Xurxo Otero, Paolo Crosta, Cécilia Kalmeijer
article en
2 citations

Abstract

This paper analyzes the reaction of a mass-market GNSS receiver to various jamming signals during the Norwegian JammerTest 2023. The study evaluates $C / N_{0}$ degradation and PVT errors under different jamming conditions, including high-power Continuous Wave, Chirp, and Pseudo Random Noise jamming. The performance impact on Binary Phase Shift Keying and Binary Offset Carrier modulations is quantified. Live data collected during the tests provide insights into the resilience and vulnerabilities of the receiver.

European Space Agency (FR)
Openalex Percentile: Top 7%
GNSS positioning and interference
2.60
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