Advanced waveform design schemes have been widely employed for radar and sonar
remote sensing analysis such as target detection and separation, where significant range …

An enhanced Doppler resolution and sidelobe suppression have long been practical issues
for moving target detection using Golay complementary waveforms. In this paper, Golay …

To mitigate the interference caused by range-Doppler sidelobes in pulsed radar systems, we
propose a new method to construct Doppler resilient complementary waveforms from Golay …

Golay complementary waveforms are, by definition, able to generate narrow pulses with low
sidelobes via coherent signal processing. However, while an ideal impulse can be obtained …

It has been an important technique to reduce sidelobes for processing nonzero Doppler
target returns under Golay complementary waveforms. While the pointwise minimization …

We describe a method for processing radar signals, combining the outputs of two–a
Weighted average Doppler algorithm and an existing Binominal Design algorithm via a point …

Abstract Work of Pezeshki, Calderbank and others [1, 2] has shown that choice of
transmission order of Golay complementary waveforms in radar pulse trains can significantly …

Golay complementary waveforms can, in theory, yield radar returns of high range resolution
with essentially zero sidelobes. In practice, when deployed conventionally, while high signal …

While Doppler resilient complementary waveforms have previously been considered to
suppress range sidelobes within a Doppler interval of interest in radar systems, their …

This paper is devoted to constructing Doppler resilient (quasi) complementary waveforms
(DRCW/DRQCs) out of conventional complementary pairs via the joint design of both …