… occultation, making autonomous navigation extremely challenging. In conclusion, this work
truly showed the potential of autonomous GNSS signal based navigation for a set of Moon …

… of autonomous GNSS-based navigation for Moon missions and evaluate the improvement
introduced by lunar augmentation system, for a wide range of potential applications. In order …

… Numerous lunar missions are planned for the next decade and the current … autonomous
navigation exploiting the GNSS signals. In this second case the system is almost independent of …

… While we would like to address the problem from the perspective of different driving tasks,
the … of GNSS signal based on TDNN for augmentation systems,” Sensors, vol. 18, no. 11, p. …

… tasks. The goal of this research is to provide preliminary evidence of autonomous time
synchronization for a moon … a Global Navigation Satellite System (GNSS) and a Surface System …

… fully autonomous by employing the real-time GPS navigation technology for the ELFO. … ,
“The full potential of an autonomous gnss signalbased navigation system for moon missions,” in …

… -in-space-range error than GPS and allows for geodetic-grade … , it provides improved autonomy
of the navigation process … -frequency GPS observations from five LEO missions in the 400…

… tasks in a semi-autonomous or a fully-autonomous fashion, … passive signal-based (eg, global
navigation satellite system (GNSS)) … at the Madrid Deep Space Communications Complex (…

… to provide a framework for autonomous navigation in cislunar space. The CAPS … lunar
navigation utilizing Global Navigation Satellite System (GNSS) signals, pulsar navigation …

… autonomous integrity monitor (RAIM) has been used with the global navigation satellite system
(GNSS) … Common tasks dealing with temporal information include time-series prediction, …