@misc{Cor2016,Author = {Cornelius Steinbrink, Sebastian Lehnhoff},Title = {Uncertainty Propagation Through Multidisciplinary Black-Box Co-Simulation Systems},Year = {2016},Month = {4},Howpublished = {Abstract for Contributed Lecture},type = {misc},note = {Modern multidisciplinary sytems (systems of systems, e.g. future energy grids) are too complex to be modelled by a small number of people. Instead, component models developed in different institutes may be coupled in a modular manner (co-simulation). Due },Abstract = {Modern multidisciplinary sytems (systems of systems, e.g. future energy grids) are too complex to be modelled by a small number of people. Instead, component models developed in different institutes may be coupled in a modular manner (co-simulation). Due to imperfect knowledge of these component models, they have to be treated as black boxes. We present a modular, non-intrusive, ensemble-based uncertainty quantification framework for Smart Grid co-simulation systems considering epistemic as well as aleatory uncertainty. }}@COMMENT{Bibtex file generated on }