The advancement of autonomous technology in Unmanned Aerial Vehicles (UAVs) has
piloted a new era in aviation. While UAVs were initially utilized only for the military, rescue …

The impact crater detection offers a great scientific contribution in analyzing the geological
processes, morphologies and physical properties of the celestial bodies and plays a crucial …

Currently, deep neural networks have gained impressive performance for object detection
when plenty of labeled training data are available. However, a substantial quantity of …

The impact crater is the most dominant geomorphic structural units over the planetary
surface and its accurate extraction is of great significance to investigate the evolution of the …

Deep learning-based crater detection algorithms have made remarkable progress in the
fields of space science and engineering, establishing themselves as the leading solutions …

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 …

The detection and counting of lunar impact craters are crucial for the selection of detector
landing sites and the estimation of the age of the Moon. However, traditional crater detection …

Lunar shallow subsurface structure is important in revealing the formation and evolution of
the Moon. Therefore, a review of key issues in the lunar shallow subsurface structure will …

The detection and localization of craters on the Moon and other planets play an essential
role in planet landing, spacecraft navigation, and geologic study. Historically, craters …

Craters on the lunar surface are the most direct method for the study of geological processes
and are of great significance to the study of lunar evolution. In order to fill the research gap …