Since the 1950s, radar sensors have been widely used for the monitoring of the earth's
surface. The current radars for remote sensing can be divided into two main categories …

Due to significant electromagnetic interference, radar interruptions, and other factors,
Azimuth Missing Data (AMD) may occur in Synthetic Aperture Radar (SAR) echo, resulting in …

The high orbit height leads to the ultralow signal-to-noise ratio (ULSNR) of geosynchronous
(GEO) targets, so it is necessary to increase the coherent processing interval (CPI) to …

Studying phase error is central to synthetic aperture radar (SAR) research. Phase error due
to the real motion status of the SAR platform and propagation effects can reduce the utility of …

The ship on the sea has the phenomenon of swing under the combined action of sea waves,
wind and its stability system in the case of synthetic aperture radar imaging, which makes it …

Stepped frequency continuous wave (SFCW) ground penetrating radar (GPR) is a
geophysical method to detect the structure and characteristics of underground burial targets …

The L-band geosynchronous synthetic aperture radar (GEO-SAR) has been widely praised
for its advantages of short revisit time, wide coverage and stable backscattering information …

Due to the complexity of the trajectory, the curved trajectory SAR signal is seriously two-
dimensional (2-D) space-variant. The ground Cartesian back-projection (GCBP) algorithm is …

Terahertz synthetic aperture radar (THz SAR) has great potential in the field of remote
sensing due to its high resolution and high frame rate. However, THz SAR is very sensitive …

The detection of foreign object debris (FOD) is a critical safety issue in airport operations.
Nowadays, the most advanced detection systems are high frequency radars installed along …