Breaking the Cyclic Prefix Barrier: Zero-Padding Correlation Enables Centimeter-Accurate LEO Navigation via 5G NR Signals - Deng, Lingyu; Yang, Yikang; Ma, Jiangang; Wu, Tao; Qian, Xingyou; Li, Hengnian (Remote sensing (Basel, Switzerland), 2025)
Keywords: 5G mobile communication; Accuracy; Artificial satellites; Communication; Earth orbits; Electronics in navigation; Extended Kalman filter; Global navigation satellite system; integrated communication and navigation; Localization; low Earth orbit (LEO); Low earth orbit satellites; Low earth orbits; Machine learning; navigation; navigation receiver; Navigation systems; new radio (NR); OFDM; Orthogonal Frequency Division Multiplexing; Power spectral density; Real time; Receivers & amplifiers; Satellite tracking; Satellites; Simulation; Simulation methods; Spectrum allocation; China; New Jersey