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

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

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 …

Target masking is a pervasive problem in radar signal processing: the range sidelobes of
the waveform's matched filter response may cause a strong target to prevent the detection of …

Spectrally shaped forms of random frequency modulation (RFM) radar waveforms have
been experimentally demonstrated for a variety of implementation approaches and …

While the suppression of range sidelobes has received considerable attention, with a variety
of solutions now possible, the mitigation of cross-correlation sidelobes for multistatic/MIMO …

Random frequency modulation (RFM) comprises a diverse class of noise radar waveforms
that have been shown to possess a number of useful and practical attributes. Specifically …

The development of Industrial Internet has promoted broad connections between people,
machines, objects and systems, among others, and build a new manufacturing and service …

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

In theory, complementary sequences produce no sidelobes in the ideal scenario of zero-
Doppler scattering and a distortionless transmitter. Since these conditions are not realistic in …