The thesis introduces a modeling and simulation framework, which meets two practical requirements. First, it respects the uncertainty of imprecise models and related data. Second, it follows users’ demand for efficient computation of coarse-grained information about risk levels instead of slow evaluation of precise statements. The framework is designed to allow for easy integration of measurement data and to be scalable to large technical systems. It is tested in several water grid applications.
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The thesis introduces a modeling and simulation framework, which meets two practical requirements. First, it respects the uncertainty of imprecise models and related data. Second, it follows users’ demand for efficient computation of coarse-grained information about risk levels instead of slow evaluation of precise statements. The framework is designed to allow for easy integration of measurement data and to be scalable to large technical systems. It is tested in several water grid applications....
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