Complex Systems

Complex Systems

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Over the past few years the study of Complex Systems has proven to be a fruitful and expanding field of research. Just as the number of discoveries and applications has grown, so has level of acceptance in academic, government and commercial environments. Theoretical and practical contributions to research have continued to provide a springboard for wide ranging discoveries across many disciplines investigating complex phenomena. This is the third in a series of collected studies on complexity research. This volume addresses one of the central issues of complexity. That is, how are systems put together? How do interactions between individual elements build up into the behavior or properties of an entire system? The topics are: - Organization and Behavior of Computational Systems; - Criticality and Complexity; - Nonlinear Dynamics and Fractals; - Computational Problem Solving with Genetic Algorithms and Cellular Automata; - Evolution, Learning and Artificial Neural Networks; - From Biological Systems to Artificial Life.PWS Publishing Company, Boston, 5th edition, 1993. [3] H.W. de Vries and P.J. Zandbergen. The numerical solution of the biharmonic equation, using a spectral multigrid method. In W.F. ... Journal of Computational Physics, 33:236-248, 1979.


Title:Complex Systems
Author: T. Bossomaier
Publisher:IOS Press - 1996-01-01
ISBN-13:

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