This page contains time-sensitive material, which was submitted to us after the deadline for issue 2, which requires publicity before the publication of issue 3.
The Royal Statistical Society, 12 Errol Street, London EC1
(Nearest Underground stations: Barbican, Moorgate)
DR STARK: Takens Embedding Theorem provides the theoretical foundation for many popular techniques in nonlinear time series analysis. Current versions assume that the time series is generated by an autonomous deterministic system. We describe generalizations to forced systems, both for deterministic forcing, and for certain types of stochastic forcing.
PROF KOHDA: A stream cipher system is presented whose running-key sequences are chaotic bit sequences generated by Chebyshev polynomials. It is shown that such a chaotic sequences are ones of unpredictable i.i.d. binary random variables. This cipher system is an easier to implement stream cipher system containing a floating-point microprocessor.
For further information, please contact ...
Dr Catriona M Queen
Institute of Maths and Stats
University of Kent
Kent CT2 7NF UK.
TEL: +44 (0)1227 827702
FAX: +44 (0)1227 475453
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Last Updated: 12th November 1995.