The ground-Cartesian factorized back-projection (G-CFBP) is an efficient time-domain
processing algorithm without image interpolation and can realize accurate imaging for …

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 …

In this letter, a new spectrum-oriented fast factorized backprojection (FFBP) algorithm is
proposed for synthetic aperture radar (SAR) imaging on a maneuvering platform …

In this paper, a fast factorized backprojection (FFBP) algorithm is proposed for the one-
stationary bistatic spotlight circular synthetic aperture radar (OS-BSCSAR) data processing …

Regarding the two-dimensional (2-D) imaging processing of circular synthetic aperture radar
(CSAR), the motion compensation (MOCO) in the frequency domain is not fully developed …

A bistatic forward-looking synthetic aperture radar (BFSAR) is increasingly in the focus of
study, as it breaks through the limitations of imaging on a forward-looking terrain of a moving …

With the rapid development of the one-stationary bistatic forward-looking synthetic aperture
radar (OS-BFSAR) technology, the huge amount of the remote sensing data presents …

Circular synthetic aperture radar (CSAR) has attracted much attention in the field of high-
resolution SAR imaging. However, the CSAR image focusing is affected by the motion …

Due to the independence of azimuth-invariant assumption of an echo signal, time-domain
algorithms have significant performance advantages for missile-borne synthetic aperture …

Recently, the parameter estimation and focusing of ground moving target in the circular SAR
(CSAR) attracts widely interest in researchers. In this paper, a sub-aperture-based frequency …