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Filters: keyword is self-organised criticality

2011

Dual Phase Evolution as a Framework for Understanding Complex Adaptive Systems. Greg Paperin; Suzanne Sadedin (2011). Computational Intelligence. Kurosh Madani; António Dourado Correia; Agostinho Rosa; Joaquim Filipe (ed.). Vol. 343. Pp. 151-164. Springer. ISBN 978-3-642-20205-6. DOI 10.1007/978-3-642-20206-3. Keywords: Dual Phase Evolution; network; connectivity; phase change; self-organised criticality; adaptive cycle.

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This is a republication of this 2009 paper.

Evidence from several fields suggests that dual phase evolution (DPE) may account for distinctive features associated with complex adaptive systems. Here, we review empirical and theoretical evidence for DPE in natural systems and examine the relationship of DPE to self-organized criticality and adaptive cycles. A general model for DPE in networks is outlined, with preliminary data illustrating the emergence of phase changes.

Link: http://www.springerlink.com/content/l2288475htw53562/ Export: Tagged - XML - BibTex. Full details

2009

The Dual Phase Evolution Framework for Understanding Evolutionary Dynamics in Complex Adaptive Systems. Greg Paperin; Suzanne Sadedin (2009). 2009 International Conference on Evolutionary Computation (ICEC'09). 05/10/2009. Keywords: Dual Phase Evolution; network; connectivity; phase change; self-organised criticality; adaptive cycle.

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