For bistatic RCS (Radar Cross Section, RCS) measurements, when the target is away from
the base line its range resolution and Doppler resolution of radar are close to those of …

This paper introduces the imaging formula in bistatic radar cross section (RCS)
measurement at first. Then the bistatic angle's impact on imaging performance and the …

Aiming at the problem that the traditional monostatic ambiguity function is inconvenient to
analyze the spatial resolution of the passive bistatic radar, this paper proposes a method to …

Conventional track-before-detect methods for bistatic radar usually detect weak target
according to an approximate target motion model. The inaccuracy of this approximation …

Radar Cross Section (RCS) is an important physical quantity that measures the ability of a
target to scatter incident electromagnetic waves. The target RCS can be measured with high …

In a complex electromagnetic environment, the measurements obtained by passive radar
are usually uncertain due to the influence of many factors such as noise, interference and …

As a basic attribute of target, radar cross section (RCS) is an important recognition source in
the field of automatic target recognition (ATR) in the low-resolution radars. The correct …

Bistatic RCS measurements are complex and timedemanding due to the different
measurement dimensions. In cases, where target characterization requires a large amount …

We propose a new method to estimate the directions-of-arrival (DOA) of target for passive
bistatic radar (PBR) system in coherent environment. Since the illuminators of PBR is non …

When estimating the position and velocity of a target using an FM-radio-based passive
bistatic radar (PBR)., false detection results caused by sidelobes may appear due to the …