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Statistics of strange attractors by generalized cell mapping

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Abstract

It is proposed in this paper to use the generalized cell mapping to locate strange attractors of dynamical systems and to determine their statistical properties. The cell-to-cell mapping method is based upon the idea of replacing the state space continuum by a large collection of state space cells and of expressing the evolution of the dynamical system in terms of a cell-to-cell mapping. This leads to a Markov chain which in turn allows us to compute all the statistical properties as well as the invariant distribution. After a general discussion, the method is applied in this paper to strange attractors of a variety of systems governed either by point mappings or by differential equations. The results indicate that it is a viable, effective and attractive method. Some comments on this method in comparison with the method of direct iteration will also be made.

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Hsu, C.S., Kim, M.C. Statistics of strange attractors by generalized cell mapping. J Stat Phys 38, 735–761 (1985). https://doi.org/10.1007/BF01010488

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  • DOI: https://doi.org/10.1007/BF01010488

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