A presentation of achievements in the challenging field of chaos in circuits and systems, with emphasis on engineering perspectives, methodologies, circuitry design techniques, and potential applications of chaos and bifurcation. It describes research on significant problems in this field.

Chaos in non-linear circuits: design methodology for autonomous chaotic oscillators, A.S. Elwakil and M.P. Kennedy; chaotic wandering in simple coupled chaotic circuits, Y. Nishio; intermittent chaos in phase-locked loops, T. Endo et al; stochastic analysis of electrical circuits, M.A. van Wyk and J. Ding. Chaos in non-linear systems: chaos in neural networks - chaotic neuro-computer, Y. Horio and K. Aihara; complex dynamical behaviour in nearly symmetric standard cellular neural networks, M. Forti and A. Tesi; chaos in power electronics - use of chaotic switching for harmonic power redistribution in power converters, H.S.H. Chung et al; experimental techniques for investigating chaos in electronics, C.K. Tse; chaos in control systems - controller synthesis for periodically forced chaotic systems, M. Basso et al; mechanism for taming chaos by weak harmonic perturbations, N. Inaba; chaos in communication systems - using non-linear dynamics and chaos to solve signal processing tasks, M.J. Ogorzalek; identification of a parametrized family of chaotic dynamics from time series, I. Tokuda and R. Tokunaga; image processing in tunnelling phase logic cellular non-linear networks, T. Yang et al; chaos in numerical computations - numerical approaches to bifurcation analysis, T. Ueta and H. Kawakami; chaos in one-dimensional maps, M.A. van Wyk and W.-H. Steeb. (Part contents.)