Various correlation-based receivers have been proposed in passive bistatic and active
monostatic radar exploiting orthogonal frequency-division multiplexing communications …

Passive operation is an important operational concept for future airborne radar platforms.
Successful target detection requires an understanding of the underlying clutter statistics in …

Clutter suppression is a challenging problem for passive bistatic radar systems, given the
complexity of actual clutter scenarios (stationary, time-varying and fractional-order clutter) …

Passive radar (PR) often suffers from the direct-path and multipath clutter interference,
causing the target echo to be submerged by clutter, so the clutter must be suppressed at first …

In recent years, passive radar has been investigated for airborne applications in imaging
and detection of ground targets. There are challenges with detection of land targets from an …

Delay-Doppler filtering enables the isolation of radar returns from a designated region of the
ambiguity plane. Such returns can be cancelled from the surveillance signal, lowering the …

For time-varying clutter suppression in passive bistatic radar (PBR) systems, some existing
clutter suppression algorithms, belonging to the time-domain filter (TDF) or the frequency …

Localizing micro unmanned aerial vehicles (MUAV) using passive radar systems makes it
possible to counter the threat they pose to critical infrastructure. In this paper, we discuss an …

Due to its ease of implementation without an additional transmitter, radar communication
integrated systems using conventional communication signals have become an effective …

Continuous emission noise radars suffer from the problem of reduced sensitivity due to
masking effects caused by the side-lobes of direct signal leakage, clutter returns and echoes …