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A Measure for Complex Dynamics in Power Systems

R. Wilson,Michael Sattler,Touria El-Mezyani,Sanjeev Srivastava,Chris S. Edrington,Dave Cartes-2011-06-01-SHILAP Revista de lepidopterología
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TL;DRAbstract

In an attempt to quantify the dynamical complexity of power systems, we introduce the use of a non-linear time series technique to detect complex dynamics in a signal. The technique is a significant reinterpretation of the Approximate Entropy (ApEn) introduced by Pincus, as an approximation to the Eckmann- Ruelle entropy. It is examined in the context of power systems, and several examples are explored.

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In an attempt to quantify the dynamical complexity of power systems, we introduce the use of a non-linear time series technique to detect complex dynamics in a signal. The technique is a significant reinterpretation of the Approximate Entropy (ApEn) introduced by Pincus, as an approximation to the Eckmann- Ruelle entropy. It is examined in the context of power systems, and several examples are explored.

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Measure (data warehouse)Dynamics (music)Computer sciencePsychologyData mining

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