The recognition or understanding of the scenes observed with a synthetic aperture radar
(SAR) system requires a broader range of cues beyond the spatial context. These …

To use monostatic based imaging algorithms for multireceiver synthetic aperture sonar, the
monostatic conversion is often carried out based on phase centre approximation, which is …

The back projection (BP) algorithm is characterized by its high performance for multireceiver
synthetic aperture sonar (SAS). For this reason, it is usually used to evaluate the imaging …

With the Loffeld's bistatic formula, the point target reference spectrum (PTRS) of
multireceiver synthetic aperture sonar (SAS) can be decomposed into the quasi monostatic …

New satellite constellations for broadband Internet service emerge as promising illuminators
of opportunity for the of passive radar (PR) applications. Their wideband signals, high power …

Bistatic synthetic aperture radar (BiSAR) can perform remote imaging at any position, thus
playing a crucial role in remote sensing applications. In BiSAR imaging with complex …

Multistatic forward-looking synthetic aperture radar (Mu-FLSAR) has the potential of high-
resolution imaging with short synthetic aperture time, which can improve the transmitter's …

Multistatic geosynchronous synthetic aperture radar (GEO SAR) system, with a
geosynchronous illuminator and two stationary receivers, can provide high-resolution …

Radar is an essential technology for Advanced Driving Assistance Systems (ADAS), used to
accurately localize objects even in unfavorable weather conditions. Most radar systems that …

This article presents a methodology based on matched-adaptive filters, which is used to
mitigate the effect of near-range multipath in multistatic SAR systems and transponders. It is …