Radar coincidence imaging (RCI) is a high‐resolution staring imaging technique motivated
by classical optical coincidence imaging. In RCI, sparse reconstruction methods are …

Originating from traditional optical coincidence imaging, radar coincidence imaging (RCI) is
a staring/forward-looking imaging technique. In RCI, the reference matrix must be computed …

Radar coincidence imaging (RCI) is a recently developed concept of radar imaging, which
introduces the optical coincidence imaging to traditional microwave imaging. Conventional …

Radar coincidence imaging (RCI) has shown significant potentials in high-resolution staring
imaging without the requirement of target relative motion. To reconstruct the target image …

Radar coincidence imaging (RCI) is a high‐resolution staring imaging technique without the
limitation of the target relative motion. To achieve better imaging performance, sparse …

Radar coincidence imaging (RCI) is a staring imaging technique that originated from optical
coincidence imaging. In RCI, the reference matrix needs to be computed precisely to …

In high-resolution radar imaging, the time-varying Doppler induced by maneuvering targets
generally invalidates traditional methods. Although sparse signal reconstruction methods …

Radar coincidence imaging (RCI) is a high-resolution imaging technique without the
limitation of relative motion between target and radar. In sparsity-driven RCI, the prior …

As a complementary imaging technology, coincidence imaging radar (CIR) achieves high
resolution for stationary or low-speed targets under the assumption of ignoring the influence …

Radar forward-looking imaging has always been a difficult problem in the radar detection.
Modulating the wavefront of radar transmitted signals provides a feasible method for radar …