Experiments demonstrate an improved approach to ranging and detection by exploiting a
solvable chaotic oscillator. This nonlinear oscillator includes an ordinary differential …

Acoustic experiments demonstrate a novel approach to ranging and detection that exploits
the properties of a solvable chaotic oscillator. This nonlinear oscillator includes an ordinary …

An acoustic ranging demonstration is presented in a reflective environment using solvable
chaos with novel and practical hardware advances. Previously, solvable chaos was …

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 …

A novel chaotic oscillator is shown to admit an exact analytic solution and a simple matched
filter. The oscillator is a hybrid dynamical system including both a differential equation and a …

The properties of nonlinear dynamics and chaos are shown to be fundamental to optimal
communication signals subject to two practical and realistic design requirements:(i) …

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

In this paper the application of chaotic signals in ranging systems is addressed. In a
previous article (1996) the idea of using chaotic signals as ranging signals in continuous …

This work presents a hardware demonstration of a mixed-signal wireless communication
system that utilizes a chaotic oscillator based on an exactly solvable piecewise linear set of …

Chaotic communication can be regarded as a paradigm shift. The intensive use of the
inherent complexity of chaotic oscillators allows the deployment of highly efficient …