We demonstrate a new method for electronic beam steering in ultra-wide bandwidth array
antennas based on synchronized chaos. Chaotic oscillators generate random-like …

Chaotic oscillators are an intriguing source of waveforms for ultra wideband‐radar
applications. The broadband and nonrepeating nature of chaos provides an ideal …

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

An approach for creating a low-cost Chaos Pulsed-Doppler Radar is presented. The
objective of this effort is to develop a practical realization of a Chaotic Radar with …

This paper considers a chaotic microwave transmitter consisting of a quasi-optical antenna
array. When the coupling strength between array elements is too small to allow phase …

This work focuses on implementing a class of exactly solvable chaotic oscillators at speeds
that allow real world radar applications. The implementation of a chaotic radar using a …

In this paper, we propose a chaotic-based random stepped frequency radar (CRSFR)
applicable to wideband imaging. CRSFR provides faster matched processing via sequence …

The focus of this paper is the exploitation of the synchronization properties of coupled,
nonlinear oscillators for inertialess beam steering. A discussion of experimental and analytic …

Chaos is nonperiodic and could generate sequences with infinite length theoretically.
Although the sequences appear like noise, the values can be predicted exactly if the …

Recent results that enable coherent communications and radar using chaotic waveforms are
presented and discussed. Following the discoveries of chaos synchronization and control in …