Bi-and multistatic radar systems have larger sensitivity when compared to the monostatic
configuration however, at the expense of increased system complexity. Because the different …

This paper describes the analysis performed on coherent simultaneously recorded
monostatic and bistatic sea clutter data. The data were generated using a networked pulsed …

A new algorithm for 3D localization in multiplatform radar networks, comprising one
transmitter and multiple receivers, is proposed. To take advantage of the monostatic sensor …

Multistatic radar provides many advantages over conventional monostatic radar, such as
enhanced information on target signatures and improvements in detection which are due to …

Based on two low grazing angle simultaneously recorded out-of-plane bistatic and
monostatic S-band sea clutter datasets, and covering bistatic angles from 30°–120°, we …

A fundamental challenge in the practical implementation of multistatic radar systems (MSRS)
is the requirement for precise time and frequency synchronisation between the spatially …

Multistatic radar systems are of emerging interest as they can exploit spatial diversity,
enabling improved performance and new applications. Their development is being fuelled …

NeXtRAD is a polarimetric, L and X Band, multistatic (three nodes), pulse Doppler radar,
developed by UCT and UCL, as a follow on to the NetRAD sensor. This paper reports on the …

There is a growing interest in bistatic radars; however, such systems cannot reach their full
potential unless the designer has a proper understanding of the environment in which they …

Accurate and stable time and frequency transfer (TFT) is typically required in distributed
sensing. While this has historically been a limiting factor in the design of netted radars, the …