Passive radar is an interesting approach in the context of non-cooperative target detection.
Because the signal source takes advantage of the so-called illuminator of opportunity (IoO) …

In this work, a multistage target motion compensation solution for long integration times and
the direction of arrival processing in geostationary-satellite-based passive radars is …

With the rapid and growing spread of automotive radar systems in modern vehicles, the
problem of their mutual interference is becoming a major safety concern. This article …

In recent times, the development of radar systems for automotive applications has gathered
significant interest due to the increasing necessity of vehicle situational awareness for new …

This work tackles passive ISAR (Inverse Synthetic Aperture Radar) imaging to validate a
simulation strategy capable of generating a database of different targets in different …

In this work, we consider a multistatic passive radar configuration comprising a DVB-S
illuminator of opportunity and multiple receivers on or near the Earth surface for multi-angle …

In this paper, a planar array of commercial elements is proposed to increase the coverage
area without ambiguities in passive radars exploiting DVB-S signals. An isosceles triangular …

A reflectarray antenna with an optimized sectorial beam is designed for the surveillance
channel of a DVB-S-based passive radar (PR). The employment of satellite illuminators …

A study of different integration times used for different types of targets is proposed.
Depending on the characteristics and movement of the target, the best integration time must …

Digital Video Broadcasting satellites (DVB-S and DVB-S2) present a high potential for
passive radar due to their continuous illumination, transmission bandwidth and geo …