The back-projection (BP) algorithm is an ideal solution for large-swath airborne SAR
imaging. However, space-variant phase errors induced by trajectory deviations dramatically …

This paper addresses an autofocusing technique for highly squinted airborne synthetic
aperture radar (SAR) imaging. In highly squinted mode, the phase errors resulting by …

Since the trajectory deviations of a radar platform cause serious phase errors that degrade
the focusing quality of synthetic aperture radar (SAR) imagery, an autofocus method is very …

With the increasing requirement for resolution, the negligence of topography variations
causes serious phase errors, which leads to the degradation of the focusing quality of the …

The back projection (BP) algorithm is an accurate time-domain imaging method for synthetic
aperture radar. However, the influences of wind field and turbulence on the platform make …

Back-projection (BP) is considered as an ideal methodology for the high-resolution synthetic
aperture radar (SAR) imaging. However, applying conventional autofocus techniques to BP …

The phase gradient autofocus (PGA) is a robust autofocusing approach that can efficiently
refocus defocused synthetic aperture radar (SAR) imagery produced by frequency-domain …

In the area of airborne synthetic aperture radar (SAR), motion compensation (MOCO) is a
crucial technique employed to correct the SAR data affected by nonlinear platform trajectory …

When synthetic aperture radar (SAR) works in high squint (HS) mode, the interpolation and
scaling operation of traditional frequency domain imaging algorithms will change the …

The back-projection (BP) algorithm is an ideal solution for airborne synthetic aperture radar
(SAR) imaging. However, trajectory deviations degrade BP focusing performance …