The noise-like chaotic signal can be generated with very simple nonlinear circuits, and has
broad bandwidth and aperiodic properties. These characteristics have drawn considerable …

We describe a new approach to random-signal radar based on the recent discovery of
analytically solvable chaotic oscillators. These surprising nonlinear systems generate …

There has been interest in the use of chaotic signals for radar, but most researchers
consider only a few chaotic systems and how these signals perform for the detection of point …

In a radar system, it is necessary to measure both range and velocity of a target. The
movement of the target causes a Doppler shift of the radar signal, and the size of the …

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 …

The ambiguity function of a kind of chaotic signal radar using Colpitts oscillator is
investigated and compared in several aspects. The Colpitts oscillator with specific value of …

A novel chaotic radar (CRADAR) system utilizing laser chaos is investigated both
numerically and experimentally. Compared with conventional radars, the proposed …

Radar waveforms based on chaotic systems have occasionally been suggested for a variety
of radar applications. In this paper, radar waveforms are constructed with solutions from a …

The ambiguity functions of a newly developed laser-based chaotic radar (CRADAR) system
are studied. In the CRADAR system, the chaotic waveforms can be generated either by an …

In this paper, we present a new scheme for the realization of a wide-band chaotic RADAR
system. The remarkable characteristics of such scheme are:(1) Wide-band chaotic signal …