For bistatic SAR in slanting flight mode of any configuration, a 2-D frequency domain
imaging algorithm for bistatic SAR based on Legendre orthogonal polynomial approximation …

Bistatic SAR (BiSAR) has the advantages of flexible platform configuration, the rich echo
information and strong anti-jamming with the separate transmit-receive platform. Focusing …

Forward-looking spaceborne/missile-borne bistatic synthetic aperture radar (BiSAR) system
with an inclined geosynchronous (GEO) illuminator and a missile-borne receiver is capable …

As a new and special bistatic SAR imaging mode, Missile-borne Bistatic Forward-Looking
SAR (MBFL-SAR) can perform Two-Dimensional (2D) imaging during the terminal diving …

To solve the severe two-dimensional space-variant issue of different configurations of
bistatic SAR with curvilinear trajectory, a two-step processing method based on space …

Monosatic SAR can not image targets in forward direction due to the overlapping of the 2-D
resolution directions. Then bistatic forward-looking SAR can aquire high resolution 2-D …

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

Existing imaging methods about Bistatic SAR (BiSAR) mostly consider small scene with
single channel and ignore the negative effects of range ambiguity. In order to address this …

Bistatic forward-looking SAR is a synthetic aperture radar system with an independently
moving transmitter and receiver breaks through the limitations of the conventional …

Abstract The bistatic Synthetic Aperture Radar (SAR) systems with separate transmitter and
receiver antennas provide a new potential to imaging in the forward-looking geometry …