CHAOS IN CIRCUITS AND SYSTEMS

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.)