Abstract Spaceborne Synthetic Aperture Radar (SAR) is a well-established and powerful
imaging technology that can provide high-resolution images of the Earth's surface on a …

Among high-squint high-resolution (HSHR) synthetic aperture radar imaging algorithms,
nonlinear chirp scaling algorithm (NLCSA) and its extensions, such as extended NLCSA …

The imaging of high-speed high-squint synthetic aperture radar (HSHS-SAR), which is
mounted on maneuvering platforms with curved trajectory, is a challenging task due to the …

The high-resolution low frequency synthetic aperture radar (SAR) has serious range-
azimuth phase coupling due to the large bandwidth and long integration time. High …

Due to the larger orbital arc and longer synthetic aperture time in medium Earth orbit (MEO)
synthetic aperture radar (SAR), it is difficult for conventional SAR imaging algorithms to …

With the development of SAR imaging, the efficiency and rapidity of imaging algorithms have
always been a research direction, and real-time imaging is a reflection of the speed of the …

The spaceborne stripmap range sweep synthetic aperture radar (SS-RSSAR) is a new
concept spaceborne SAR system that images the region of interest (ROI) with ROI-orientated …

To realize real-time imaging for the spaceborne synthetic aperture radar (SAR) using the
chirp scaling (CS) algorithm, high generation rates of phase factors and heavy computation …

Multichannel, Digital beamforming (DBF)-based high-resolution wide-swath synthetic
aperture radar (HRWS-SAR) is dedicated to acquiring large observation width and high …

One basic assumption for high-efficient SAR imaging algorithms is azimuth-shift-invariance
of SAR data. The new spaceborne high-resolution wide-swath (HRWS) SAR generation will …