The Cislunar Autonomous Positioning System Technology Operations and Navigation
Experiment (CAPSTONE) mission is an upcoming lunar flight demonstration, with a targeted …

Numerous lunar missions are planned for the next decade and the current deep space
tracking system could not be sufficient to support all of them, since it has inherent limits in …

We describe our Lunar Navigation Satellite System (LNSS) that was designed to provide the
PNT service at the Lunar South Pole region. Our LNSS is composed of eight satellites …

The Connected Automated Vehicle (CAV)'s deployment is proof of the wide evolution of
autonomous driving technologies enabling vehicles to gradually dispose of their drivers …

There is a growing interest in the use of legacy terrestrial Global Positioning System (GPS)
signals to determine the precise positioning and timing onboard a lunar satellite. Unlike prior …

This paper proposes the differential positioning technique to reduce the Signal-In-Space
Range Error (SISRE) of LNSS satellites and the coordinate transformation errors from Earth …

Lunar exploration is going to have a central role in the future of space industry. A large
number of missions, both scientifically and economically oriented, are planned for the next …

This paper addresses the navigation problem for a moving object at the lunar South Pole
region using our Lunar Navigation Satellite System (LNSS). The LNSS is a satellite …

This paper addresses the precise clock estimation problem on the lunar surface, especially
at the South Pole region. The problem is particularly challenging because the moon is about …

Several infrastructures are being developed to support lunar navigation. One of these is the
Moonlight programme of European Space Agency, in which dedicated lunar orbiting …