With the increasing interest in space science exploration, the number of spacecraft in Earth's
orbit has been steadily increasing. To ensure the safety and operational integrity of active …

While novel artificial intelligence and machine learning techniques are evolving and
disrupting established terrestrial technologies at an unprecedented speed, their adaptation …

Abstract Space debris detection, as space environments become increasingly crowded, has
gradually become a field in urgent need of research. Due to the dim and undersized …

The rotation of camera during scanning imaging induces the image degradation, which
means both resident space objects (RSOs) and stars have the same morphological …

The geostationary orbit is a special and important spatial orbital resource. However, space
resident objects in this orbit pose potential threats to space security, characterized as dim …

With the increasing amount of space debris in near-earth space, the surveillance of space
has become more crucial to prevent potential space collisions. In an optical surveillance …

With the growing concern over space debris, effective space surveillance is significant to
prevent potential collisions. Traditional approaches often design specific algorithms for …

With the increasing number of resident space objects (RSOs), it has become imperative to
enhance tracking and orbit prediction capabilities to safeguard space assets from the threat …

Featured Application Space object detection. Abstract The limited resource of Geostationary
Earth Orbit (GEO) is precious and most telecommunication, weather and navigational …

The number of Resident Space Objects (RSO) in Earth's orbit has been rising steadily since
the first satellite was launched. The need to protect functioning space assets from collisions …