Parameter Uncertainty
Parameter uncertainty, the quantification and management of uncertainty in model parameters, is a crucial challenge across numerous scientific and engineering disciplines. Current research focuses on developing robust methods for estimating and incorporating parameter uncertainty into models, employing techniques like Bayesian inference, optimal transport, and global sensitivity analysis, often within the context of neural networks, Bayesian networks, or other advanced model architectures. Addressing parameter uncertainty is vital for improving the reliability and safety of predictions in diverse applications, ranging from autonomous driving and robotics to epidemiological modeling and materials science. This leads to more accurate predictions and better decision-making in high-stakes scenarios.