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Proceedings of SPIE Volume 2038

Chaos in Communications
Editor(s): Louis M. Pecora
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Volume Details

Volume Number: 2038
Date Published: 18 November 1993
Softcover: 33 papers (374) pages
ISBN: 9780819412874

Table of Contents
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Nonlinear dynamics and time series analysis: a basic introduction
Author(s): Eric J. Kostelich
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Overview of chaos and communications research
Author(s): Louis M. Pecora
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Synchronizing chaotic systems
Author(s): Thomas L. Carroll; Louis M. Pecora
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Chaos in sigma-delta modulator-based transducers
Author(s): Patrick A. Littlehales; Christopher P. Lewis; Steven R. Bishop
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Quasi-chaotic digital behavior in an optical processing element
Author(s): Ana P. Gonzalez-Marcos; Jose Antonio Martin-Pereda
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Synchronization of a chaotic optical system using control
Author(s): Ying-Cheng Lai; Celso Grebogi
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Representation of sigma-delta modulators as continuous systems for analysis of their effect on chaotic signals
Author(s): Gary Ushaw; S. McLaughlin; David Thomas Hughes; Bernard Mulgrew
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Chaotic communications in the presence of noise
Author(s): Richard H. Sherman; Jeff Gullicksen
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Coding information in the natural complexity of chaos
Author(s): Scott T. Hayes; Celso Grebogi
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Chaotic frequency modulation
Author(s): Paul A. Bernhardt
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Adaptive methods for chaotic communication systems
Author(s): James B. Kadtke; Jeffrey S. Brush
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Search for chaotic output from a sigma-delta modulator: an archetypal retarded nonlinear system
Author(s): David Thomas Hughes; S. McLaughlin; Gary Ushaw; Bernard Mulgrew; David S. Broomhead
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Transfer of information between synchronized chaotic systems
Author(s): Priya G. Vaidya; Rong He
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Applying chaos to communication channel identification
Author(s): Xinping Huang; Henry Leung
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Model-independent technique for determining the embedding dimension
Author(s): Daniel T. Kaplan
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Future of forecasting
Author(s): Neil Gershenfeld
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"Smoothness" in embedded time series
Author(s): Liming W. Salvino; Robert G. Cawley
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Detection of broad-band communications signals
Author(s): Ted W. Frison
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Processing information encoded in chaotic sets of dynamic systems
Author(s): Alexander Y. Loskutov; Valery M. Tereshko
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Chaotic systems, irregular functions, and nonlinear time series
Author(s): Robert C. McCarty
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Application of nontraditional processing methods to transitional and turbulent boundary layer flow-noise-induced signals
Author(s): Richard A. Katz; Thomas A. Galib; Joan Cembrola
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Cycle expansion for power spectrum
Author(s): P. Cvitanovic; Arkady Pikovsky
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Iceberg detection using chaos
Author(s): Henry Leung
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Best judge of closeness of delay vectors in embedding space? The Euclidean metric...not!
Author(s): Daniel B. Murray
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Noise reduction in state space using the focused gamma neural network
Author(s): Jose C. Principe; Jyh-Ming Kuo
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Reconstruction of chaotic sets from transient chaotic time series: an overview for experimentalists
Author(s): Imre M. Janosi; Tamas Tel
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Secure communication using chaotic synchronization
Author(s): Philip T. Downes
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Chaotic time series analysis of AM, FM, SSB, and FSK signals
Author(s): Philip T. Downes
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Fractal dimension and nonlinear dynamical processes
Author(s): Robert C. McCarty; John P. Lindley
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Useful chaotic effects on circuits and systems
Author(s): Jay L. Wilson
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Chaotic time series analysis using the wavelet transform
Author(s): Patricia H. Carter
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Synchronized chaos in electronic circuits
Author(s): Nikolai F. Rul'kov; A. R. Volkovskii
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Synchronization of chaos using proportional feedback
Author(s): Tim C. Newell; Paul M. Alsing; Athanasios Gavrielides; Vassilios Kovanis
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