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A class of uncertain linear interval models for which a set based robust simulation can be reduced to few pointwise simulations
29
Citations
1
References
2003
Year
Unknown Venue
Mathematical ProgrammingFew Pointwise SimulationsEngineeringUncertainty QuantificationInterval AnalysisRobustness TestingInterval ComputationSystems EngineeringModeling And SimulationWrapping EffectUncertainty FormalismRobust SimulationApproximation TheoryUncertainty ModelingRobust OptimizationRobustness PropertiesStability
Set based robust simulation of uncertain models allows us to analyze robustness properties of a system from a time domain perspective. In this work, a well known result from the study of the wrapping effect in the field of validated solution of ODEs is used to characterize a class of interval uncertain models with nominal linear behavior for which a robust simulation can be reduced to two conventional pointwise simulations. As a side effect, this work raises the relevance of the study of the wrapping effect for the time domain study of robustness properties of models.
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