High speed, high maneuverability, and weak space-moving targets (SMTs) are major threats
for space-borne radar (SBR) systems. First, the severe range migration (RM) and Doppler …

Long-time coherent integration is an effective approach to improve detection performance
for weak air moving targets (AMTs). The range position variation and azimuth Doppler …

Maneuvering target detection is a challenging task for modern radar sensor applications.
Range migration (RM) and Doppler frequency migration (DFM) lead to serious coherent …

Due to the limited transmission gain of ubiquitous radar systems, it has become necessary to
use a long-time coherent integration method for range-Doppler (RD) analysis. However …

Ground moving targets will typically be defocused because of the range migration (RM) and
Doppler frequency migration (DFM) caused by the unknown relative motions between the …

Space maneuvering target detection and parameter estimation are the challenging
problems in a spaceborne radar system. The complex motion of an observed target usually …

The image of ground maneuvering targets may be defocused due to the Doppler ambiguity,
high-order range migration (RM), and Doppler frequency migration (DFM) caused by the …

Maneuvering target detection is a challenging task for radar due to its maneuverability and
weak energy. Long-term coherent integration can remarkably increase signal energy to …

In the airborne or spaceborne radar applications, prolonging the coherent integration time is
one of the effective methods to improve the radar detection ability of a weak maneuvering …

Long-time coherent integration is an effective means to improve the radar detection ability of
high-speed maneuvering targets with jerk motion. However, the range migration (RM) and …