Noise radars are electromagnetic systems that use random signals for detecting and
locating reflecting objects. Besides high performance against external interferences …

This paper considers the unimodular Linear-FM Synthesized (LFM-Syn) waveform design
for cognitive radar. Firstly, the synthesized waveform is formulated by a given phase-scaling …

Noise radar is an emerging technology which employs random signals as their transmit
waveforms. Relying on its stochastic properties, with the proper choice of system s …

The prevalence of Low Probability of Interception (LPI) and Low Probability of Exploitation
(LPE) radars in contemporary Electronic Warfare (EW) presents an ongoing challenge to …

By using uniformly distributed phases for each bit, one can generate a waveform with an
almost ideal aperiodic ambiguity function (thumbtack). Moreover, a set of such codes will …

This paper proposes a method for chaotic radar signal (CRS) design with ultralow sidelobe
performance. We first modulate the group delay (MGD) of a radar signal using a chaotic …

The Advanced Pulse Compression Noise (APCN) waveform is a widespread radar signal
that combines the Low Probability of Intercept (LPI) characteristic of a random wave-form …

高速数字处理器技术与微波固态功率放大器技术的发展使得现代雷达系统采用更加灵活的波形
设计变得可行. 事实上, 波形的选择对雷达系统的整体性能有着巨大的影响 …

This paper tries to design waveform with low probability of intercept and high doppler
tolerance for cognitive radar. Firstly, the novel waveform is formulated by the chaotic-noise …

In this paper an analysis of physical layer intruders, for direct sequence spread spectrum
systems, is presented. Physical layer intruders are traditional jammers that do not have any …