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 …

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 …

This paper starts from a signal model of a stationary receiver configuration in airborne
bistatic SAR systems which are characterized by spatially separated transmitters and …

Compared with traditional monostatic synthetic aperture radar (SAR), bistatic SAR (BiSAR)
has stronger advantages in terms of anti-interference and anti-strike abilities. However, the …

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 …

A comprehensive and systematic study of the operational imaging modes for the
Spaceborne/Airborne hybrid Bistatic SAR (SA-BiSAR) is made firstly, including imaging …

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 …

Bistatic SAR (BiSAR) has been developing for 40 years, and it is still a topic of much
discussion in the field of radar. BiSAR is a SAR system whose transmitter and receiver are …

This paper proposes a processing method to extend monostatic imaging algorithms for the
azimuth invariant bistatic SAR (BISAR) data where the transmitter and the receiver move on …

Bistatic SAR (BiSAR) with illuminators of opportunity is a kind of flexible SAR system that
consists of non-cooperative transmitters and a stationary or moving receiver, as Figure 1 …