Generated by an ordinary Colpitts oscillator, chaotic waveforms with bandwidth larger than
several GHz can be readily obtained. A prototype of chaotic signal radar with Colpitts …

This study deals with orthogonal waveform design for multi‐input multi‐output (MIMO) radar.
Chaos is introduced to generate orthogonal phase‐coded waveforms of arbitrary coded …

The use of chaotic signals in radar imaging applications present particular advantages as
they behave like pseudo noise, have a wide band, and are easy to generate. A chaotic …

We propose a combination chaotic map (CCM) signal model to resolve the limited-word-
length problem in digitally realizing chaotic signals used for noise radar. The proposed CCM …

This paper shows that chaotic signals are advantageous over random noise signals for the
application of FM signals in radar. The technique described in this paper results in easy …

We experimentally demonstrate radar remote imaging using a radio technique based on
ultra-wideband chaotic signals over fiber links. The radar system includes three parts, ie a …

A distributed multiple-input multiple-output chaotic radar based on wavelength-division
multiplexing technology (WDM) is proposed and demonstrated. The wideband quasi …

Dual-function radar-communication (DFRC) systems enable information embedding into the
radar signal emission. Existing methods for non-coherent phase-modulation DFRC employ …

Chaotic‐based random stepped frequency signal is applied in the multiple‐input‐multiple‐
output through‐the‐wall detection radar (MIMO‐TWDR) recently. When the frequency …

High entropy waveforms exhibit desirable correlation properties in radar and sonar
applications when multiple systems are used in close proximity. Unfortunately, the …