The research into curvilinear flight synthetic aperture radar (CF-SAR) is the inevitable result
of the comprehensive practicality of SAR. The flight path of the SAR platform in real …

An accurate range model with acceleration, the coupling phase terms, and spatial-variant
(SV) Doppler parameters are the main issues to be solved in high-speed-high-squint …

Airborne forward-looking radar (AFLR) imaging has raised many concerns in fields of Earth
observation, independent of weather and daytime. Constrained by imaging principles …

Accurate 2-D frequency spectrum (2-D FS) with acceleration, two-way range coupling terms,
and spatial-variant Doppler parameters are the main problems to be solved in translational …

Bistatic forward-looking synthetic aperture radar (BFSAR) breaks through the limitations of
the conventional monostatic SAR on the forward-looking imaging. However, the problems of …

Traditional forward-looking imaging methods of real aperture radar yield unsatisfactory
performance in the presence of outliers. In this article, a method based on variational …

Being capable of providing weather-independent, day-and-night, forward-looking, and high-
resolution images, bistatic forward-looking synthetic aperture radar (BFSAR) is a promising …

Noncoherent signal models are widely applied to angular superresolution in forward-looking
imaging radars. However, the relative phase influences the resolvability of the model in …

The three-dimensional (3-D) acceleration, azimuth dependence, and real-time processing
are the main issues to be solved in highly squinted frequency-modulation continuous-wave …

This article presents an imaging solution for high maneuvering bistatic forward-looking SAR
with stationary transmitter (STHM-BFSAR). In STHM-BFSAR configuration that the …