The position accuracy of standalone Navigation with Indian Constellation (NavIC) may not
be met for certain applications like civil aviation. To improve the position accuracy of the user …

Terrain Referenced Navigation, referred to as TRN, is the one of the multi-sensor integrated
navigation systems. And it has recently gained the interest as a backup system of …

In order to obtain absolute heading angle and position, lunar rover needs the support of
autonomous celestial navigation system (CNS). This paper proposes a sun observation …

The European Space Agency's (ESA) interest in lunar exploration has motivated research
on systems which could increase the robustness of the navigation architecture of future lunar …

Abstract The BeiDou Navigation Satellite System (BDS) provides Radio Navigation Service
System (RNSS) as well as Radio Determination Service System (RDSS). RDSS users can …

In the last years, the Moon has been put again on the top of the space exploration interests.
Both space ag en cie s and private companies are being involved in mission programs that …

Weak-signal GNSS navigation could potentially increase the robustness, flexibility and
autonomy of the navigation architectures for future lunar exploration missions. GNSS …

In response to the needs of positioning and navigation in lunar exploration projects such as
manned landing on the moon, and the initial positioning of the lunar lander, this paper …

This paper explores the role of Global Navigation Satellite Systems (GNSS) in NASA's lunar
exploration plans. Robust position, navigation and timing (PNT) at the Moon will rely on a …

Precise drilling and excavation in future Lunar mining sites as well as in building habitats
areas will be supported by robotized instrumentation. To ensure accurate positioning of …