This article seeks to expand the fundamental understanding of random pulse repetition
interval staggering radar by formulating a physically meaningful “Doppler manifold” signal …

Designing radar waveforms with notched spectral regions can mitigate mutual interference
with other proximate RF users. However, this capability comes at the cost of degraded range …

This paper focuses on the experimental validation of probing signals designed to enable
radar operation in spectrally crowded environments using an S-band Software Defined …

Mismatched filtering is a well-known approach of range sidelobe suppression in radar pulse
compression; however, advances in radar waveform agility and spectrum sharing require …

Leveraging a recent method for spectrally-shaped random FM (RFM) waveform generation,
in conjunction with a particular implementation of spread-spectrum signaling, a multi-user …

Recent advancements in software-defined technology provide the foundation for radar
systems that have balanced size, weight, power, and cost (SWaP-C). Here, an Nvidia Jetson …

This short descriptive paper provides a sense of the recent state of radiofrequency (RF)
electromagnetic (EM) spectrum research and development (R&D), applications …

Matched processing is a fundamental filtering operation within radar signal processing to
estimate scattering in the radar scene based on the transmit signal. Although matched …

Random FM (RFM) waveforms have recently been demonstrated to achieve desirable
power spectrum characteristics commensurate with low pulse compression sidelobes …