Opportunistic Positioning with Beamformed 5G Signals
S Shahcheraghi, J Kuric, ZM Kassas - … Meeting of the Satellite Division of …, 2024 - ion.org
An approach for positioning a stationary receiver using beamformed cellular 5G signals is
developed. The proposed approach exploits the time-of-arrival (TOA) and azimuth direction …
developed. The proposed approach exploits the time-of-arrival (TOA) and azimuth direction …
A semi-cognitive localization approach with always-on and on-demand 5G downlink signals
A semi-cognitive receiver for opportunistic localization using 5G downlink signals is
presented. The receiver starts with “always-on” reference signals (RSs) and cognitively …
presented. The receiver starts with “always-on” reference signals (RSs) and cognitively …
[PDF][PDF] Evaluation of Starlink LEO Satellite Signals for High-Altitude Platform Station Opportunistic Navigation
W Barrett, J Sanderson, S Kozhaya, J Saroufim… - people.engineering.osu.edu
This paper explores the use of non-terrestrial signals of opportunity, specifically the Starlink
Ku-band downlink signal, as a navigation source for a high-altitude platform station (HAPS) …
Ku-band downlink signal, as a navigation source for a high-altitude platform station (HAPS) …