Emitter localization is an active research topic in electronic reconnaissance. Recently,
passive synthetic aperture (PSA) has been used to determine the azimuth and range …

In emitter localization, the synthetic aperture positioning (SAP) technique can achieve high-
precision positioning even at a low signal-to-noise ratio (SNR). However, existing methods …

The synthetic aperture passive localization system generally compensates for the second-
order phase term of the received signal with the Taylor series of the range history and then …

The conventional line-of-sight (LOS) geo-location method using two-dimension
interferometer on a satellite leads to heavy payloads and it is always affected by amplitude …

This paper considers the localization of an emitter based on the direct position determination
(DPD) method, wherein the transmitted signal is unknown for receivers. To improve the …

Passive localization technology, which intercepts emitter signals and passively determines
their positions, has important value in fields such as electronic reconnaissance and search …

In this paper, we present the performance of the LOB (line of bearing)-based emitter
localization algorithm. The linear LSE (least-squared error) algorithm, nonlinear LSE …

This paper presents an emitter localization technique based on the fusion of Direction of
Arrival (DOA) measurements obtained from two miniature unmanned aerial systems (UAS) …

Passive emitter localization is preferred to use a small number of receivers as possible for
the efficiency of strategic management in the field of modern electronic warfare support …

Frequency measurements made at a moving platform can be used to locate an emitter. An
error ellipsoid analysis is used to compare the performance under three levels of a priori …