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 …

We consider the intersection between nonrepeating random FM (RFM) waveforms and
practical forms of optimal mismatched filtering (MMF). Specifically, the spectrally-shaped …

It was recently experimentally demonstrated that spectrally-shaped FM noise waveforms can
be designed that achieve very high time-bandwidth products and commensurately low …

Simultaneous polarimetric radars (SPRs) are powerful tools for measuring the polarization
scattering matrix of targets in a single pulse. However, a major challenge associated with …

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

In an active sensing system, waveforms with good auto-correlations are preferred for
accurate parameter estimation. Furthermore, spectral compatibility is required to avoid …

Complementary codes are known to provide theoretically zero sidelobes under the
conditions of zero Doppler and an ideal (distortion-free) transmitter. In contrast, the design of …

Even for a fixed time-bandwidth product there are infinite possible spectrally-shaped random
FM (RFM) waveforms one could generate due to their being phase-continuous. Moreover …

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 …