This paper discusses the design and test of an intermodulation radar receiver and a
nonlinear tag operating in the 5.8-GHz industrial, scientific, and medical (ISM) band. To …

Next-generation radar sensors require imaging capabilities with high angular resolution. As
for a single sensor, the aperture, and thus the achievable resolution, is limited due to the …

A pulsed chirping phased-array transceiver (TRX) is demonstrated for X-band synthetic
aperture radar (SAR) application. The phased-array TRX is implemented on a single CMOS …

In this paper, a passive-intermodulation-based tracking system working with a frequency-
modulated continuous-wave (FMCW) is proposed for target identification and localization …

In this paper, a coherent multistatic radar network with a novel system architecture is
presented, which circumvents the general problems of clock distribution and phase noise …

With radar networks, the resolution of critical radar parameters such as Doppler and angle
can be improved compared to a single radar sensor. As the network's aperture is …

This paper presents an approach to estimate the true direction of motion and the velocity of a
target within a single measurement snapshot. This is achieved by using a single radar …

Radar networks offer the opportunity of enhancing the radar sensing performance beyond
the inherent limitations of single multiple-input multiple-output (MIMO) radars. Different …

Coherent radar-repeater networks offer great opportunities, eg in network-based direction of
arrival (DoA) estimation. However, due to the special bistatic signal path with two reflections …

A coherent sensor network without hardware link between the network nodes can be set up
based on a single MIMO-radar and several incoherent repeater elements spatially …