Networked sensing refers to the capability of multiple wireless terminals to cooperate with
the aim of enhancing specific figures of merit, eg, positioning accuracy or imaging resolution …

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

In this paper, we develop a multistatic automotive radar scheme for enhanced localization
and Doppler estimation of multiple targets exploiting cooperative roadside sensors. As the …

Frequency-modulated continuous wave (FMCW) radar system synchronization using
external clock signals can cause repeated Range-Doppler (RD) map corruption when clock …

The application and uses of drones in all areas are continuously rising, especially in civilian
use cases. This increasing threat requires reliable drone surveillance in urban …

Bistatic radar provides an additional degree of freedom in the observing geometry for
imaging by using a spatially separated transmitter and receiver. This capability allows the …

Modern radar systems are capable of detecting small moving objects such as drones on the
kilometer scale. The complex and evolving environment poses challenges such as …

Radar systems stand as pivotal sensing solutions in the modern world, widely deployed
across military and civilian applications. Contemporary systems are multifaceted …

Hybrid functionality offers a new paradigm of radar operation that combines active and
passive radar sensing. In this paper the theory of hybrid radar is first introduced where some …