TY - JOUR
T1 - Lightning UQ Box
T2 - Uncertainty Quantification for Neural Networks
AU - Lehmann, Nils
AU - Gottschling, Nina Maria
AU - Gawlikowski, Jakob
AU - Stewart, Adam J.
AU - Depeweg, Stefan
AU - Nalisnick, Eric
N1 - Publisher Copyright:
©2025 Nils Lehmann, Nina Maria Gottschling, Jakob Gawlikowski, Adam J. Stewart, Stefan Depeweg, and Eric Nalisnick.
PY - 2025
Y1 - 2025
N2 - Although neural networks have shown impressive results in a multitude of application domains, the “black box” nature of deep learning and lack of confidence estimates have led to scepticism, especially in domains like medicine and physics where such estimates are critical. Research on uncertainty quantification (UQ) has helped elucidate the reliability of these models, but existing implementations of these UQ methods are sparse and difficult to reuse. To this end, we introduce Lightning UQ Box, a PyTorch-based Python library for deep learning-based UQ methods powered by PyTorch Lightning. Lightning UQ Box supports classification, regression, semantic segmentation, and pixelwise regression applications, and UQ methods from a variety of theoretical motivations. With this library, we provide an entry point for practitioners new to UQ, as well as easy-to-use components and tools for scalable deep learning applications.
AB - Although neural networks have shown impressive results in a multitude of application domains, the “black box” nature of deep learning and lack of confidence estimates have led to scepticism, especially in domains like medicine and physics where such estimates are critical. Research on uncertainty quantification (UQ) has helped elucidate the reliability of these models, but existing implementations of these UQ methods are sparse and difficult to reuse. To this end, we introduce Lightning UQ Box, a PyTorch-based Python library for deep learning-based UQ methods powered by PyTorch Lightning. Lightning UQ Box supports classification, regression, semantic segmentation, and pixelwise regression applications, and UQ methods from a variety of theoretical motivations. With this library, we provide an entry point for practitioners new to UQ, as well as easy-to-use components and tools for scalable deep learning applications.
KW - Bayesian Deep Learning
KW - Conformal Prediction
KW - Deep Learning
KW - PyTorch
KW - Uncertainty Quantification
UR - https://www.scopus.com/pages/publications/105018916957
M3 - Article
AN - SCOPUS:105018916957
SN - 1532-4435
VL - 26
JO - Journal of Machine Learning Research
JF - Journal of Machine Learning Research
ER -