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Ensemble Entropy for Monitoring Network Design
AbstractInformation-theory provides, among others, conceptual methods to quantify the amount of information contained in single random variables and methods to quantify the amount of information contained and shared among two or more variables. Although these concepts have been successfully applied in hydrology and other fields, the evaluation of these quantities is sensitive to different assumptions in the estimation of probabilities. An example is the histogram bin size used to estimate probabilities to calculate Information Theory quantities via frequency methods. The present research aims at introducing a method to take into consideration the uncertainty coming from these parameters in the evaluation of the North Sea’s water level network. The main idea is that the entropy of a random variable can be represented as a probability distribution of possible values, instead of entropy being a deterministic value. The method consists of solving multiple scenarios of Multi-Objective Optimization Problem in which information content is maximized and redundancy is minimized. Results include probabilistic analysis of the chosen parameters on the resulting family of Pareto fronts, providing additional criteria on the selection of the final set of monitoring points.
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Alfonso, L.; Ridolfi, E.; Gaytan-Aguilar, S.; Napolitano, F.; Russo, F. Ensemble Entropy for Monitoring Network Design. Entropy 2014, 16, 1365-1375.View more citation formats
Alfonso L, Ridolfi E, Gaytan-Aguilar S, Napolitano F, Russo F. Ensemble Entropy for Monitoring Network Design. Entropy. 2014; 16(3):1365-1375.Chicago/Turabian Style
Alfonso, Leonardo; Ridolfi, Elena; Gaytan-Aguilar, Sandra; Napolitano, Francesco; Russo, Fabio. 2014. "Ensemble Entropy for Monitoring Network Design." Entropy 16, no. 3: 1365-1375.
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