This article started with an overview of the current technological status and engineering
developments in the field of swarm munitions. It first introduced swarm behaviors and related …

Given the critical importance of intention recognition for non-cooperative space targets in
enhancing spatial situational awareness and mitigating threats, this paper proposes a fast …

Situational awareness (SA) of unmanned aerial vehicles (UAVs) has been a research
hotspot over the decades. Existing research mainly focuses on the SA of a single UAV in two …

Intention inference for space targets is crucial for space situational awareness. This paper
introduces a rapid and precise method for recognizing the intentions of non-cooperative …

This study establishes a method for recognizing the intentions of non-cooperative targets in
orbital dynamics using incomplete time series data. By leveraging a relative orbital dynamics …

Intention recognition for no-cooperative targets is a vital component of space situational
awareness. Aiming to address the spacecraft formation intention recognition problem with …

The analysis of satellite coverage to determine the visibility of ground targets from satellites
has been extensively studied, particularly through geometric-based methods that provide …

The number of spacecraft and space debris, particularly in low Earth orbit, is rapidly
escalating, heightening the demand for rational and effective satellite allocation strategies to …

Due to the characteristic of fast response, strong pointing ability, and high stability of agile
satellites, the space-based situational awareness system composed of agile satellites can …

A multi-satellite co-tracking method for a single non-cooperative target is proposed to extend
the arc of observation as well as to improve the accuracy of tracking. Firstly, the motion of the …