Narrowband and wideband waveforms are usually adopted simultaneously during the
observation of micro-motion space targets by inverse synthetic aperture radar (ISAR), which …

High-resolution range profile (HRRP) sequences have great potential for space target
classification because they can provide both scattering information and micromotion …

With the rapid development of population aging, fall detection based on the radar manifests
great application value in the field of medicine and health. Focusing on the problem of the …

The three-dimensional (3D) geometry reconstruction method utilizing ISAR image sequence
energy accumulation (ISEA) shows great performance on triaxial stabilized space targets but …

Radar micro-motion signatures help to judge the target's motion state and threat level, which
plays a vital role in space situational awareness. Most of the existing micro-motion feature …

Range instantaneous Doppler (RID) methods show superior advantages in imaging
performance over range-Doppler (RD) algorithms for maneuvering targets. However …

High-resolution range profile (HRRP) is essential for high-throughput radar automatic target
recognition. Due to the aspect sensitivity of HRRP, the recognition performance degrades …

Ballistic target recognition is of great significance for space attack and defense. The micro-
motion features, which contain spatial and motion information, can be regarded as the …

Radar cross section (RCS) sequences, an easy-to-obtain target feature with small data
volume, play a significant role in radar target classification. However, radar target …

Space target classification based on micro-motion characteristics has become a subject of
great interest in the field of radar, particularly when using deep learning techniques …