A special class of noise radar that conforms to a frequency modulated (FM) structure has
experienced a surge in practical applications in recent years. This article provides a …

While a number of signal structures have been proposed for radar, frequency modulation
(FM) remains the most common in practice because it is well-suited to high-power …

With the reality of increasing radio frequency (RF) spectral congestion, radar systems
capable of dynamic spectrum sharing are needed. Recent work has demonstrated a real …

Linear frequency modulation (LFM) waveforms have been widely adopted due to their
excellent performance characteristics, such as good Doppler tolerance and ease of physical …

Recent work demonstrated closed-loop results for a real-time cognitive sense-and-notch
radar capability via software-defined radio (SDR). The subsequent software-defined radar …

The increasing demand for radio frequency (RF) spectrum requires radars to coexist with
interfering RF emitters. Innovations in waveform design paired with dynamic spectrum …

The design and physical generation of diverse radar emissions often requires optimization
of unique waveforms on an individual basis. Consequently, a significant processing …

Abstract Design methodologies are developed for complementary frequency modulated
(FM) waveforms and for optimised complementary mismatched filtering (MMF) of arbitrary …

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 …

The use of waveforms possessing constant envelope and good spectral containment,
combined with high-fidelity arbitrary waveform generation (AWG) capability, has been …