Computational Uncertainty
Computational uncertainty focuses on quantifying and managing uncertainty arising from both inherent randomness in data and limitations in computational methods used for analysis and prediction. Current research emphasizes integrating probabilistic approaches, such as Bayesian methods and conformal prediction, with deep learning models and other algorithms (e.g., sequential Monte Carlo, Gaussian processes) to provide more reliable uncertainty estimates. This improved understanding of uncertainty is crucial for enhancing the robustness and trustworthiness of machine learning models across diverse applications, from engineering system identification to historical linguistics and medical AI.
Papers
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