In the geological research of the Moon and other celestial bodies, the identification and
analysis of impact craters are crucial for understanding the geological history of these …

Impact craters are the most significant topographic features on the lunar surface. They are
also essential factors affecting the construction of lunar bases and activities on the lunar …

The terrain-relative navigation (TRN) method is often used in entry, descent and landing
(EDL) systems for position estimation and navigation of spacecraft. In contrast to the crater …

The lunar crater recognition plays a key role in lunar exploration. Traditional crater
recognition methods are mainly based on the human observation that is usually combined …

Lunar crater detection plays an important role in lunar exploration, while machine learning
(ML) exhibits promising advantages in the field. However, previous ML works almost all …

Impact craters are the most prominent features on the surface of the Moon, Mars, and
Mercury. They play an essential role in constructing lunar bases, the dating of Mars and …

Impact craters are the most prominent topographic feature on the lunar surface, which will
play a significant role in constructing lunar bases and lunar surface activities in the future …

Image-based navigation is a key technology for landing on the Moon and other planetary
bodies. Image-based navigation requires real-time crater detection/recognition for position …

In view of the problems of traditional lunar crater detection algorithm (CDA) needs artificial
building crater, morphological characteristics, and the extraction precision is not high and …

Impact craters are the most common geomorphic unit on the lunar surface, and there are a
large number of impact craters of different sizes and morphologies on the lunar surface …