By Charles Herring, Julian I. Palmore
Communications of the ACM,
January 1995,
Vol. 38 No. 1, Pages 121-122
10.1145/204865.204895
Comments
The study of highly unstable nonlinear dynamical systems—chaotic systems—has emerged recently as an area of major interest and applicability across the mathematical, physical and social sciences. This interest has been triggered by advances in the past decade, particularly in the mathematical understanding of complex systems. An important insight that has become widely recognized in recent years is that deterministic systems can give rise to chaotic behavior. Surprisingly, many of these systems are extremely simple, yet they exhibit complex chaotic behavior.
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