Two new research papers explore advanced conformal prediction techniques for handling data shifts. The first paper introduces Multi-Source Randomly Localized Conformal Prediction (MS-RLCP) to leverage complementary information from heterogeneous data sources, establishing coverage bounds even when test distributions differ significantly from individual sources. The second paper proposes a Label-Shift-Adjusted Bayesian Score (LSA score) for split conformal prediction, which adapts Bayesian conformal methods to maintain coverage under label shift by reweighting source predictives. This LSA score aims to produce shorter, more accurate prediction intervals compared to existing methods. AI
IMPACT These methods offer improved uncertainty quantification for AI models facing real-world data shifts.
RANK_REASON The cluster contains two academic papers detailing novel methods in conformal prediction.
- arXiv
- Bayesian conformal
- Bayesian Ridge Regression
- Hugging Face
- Label-Shift-Adjusted Bayesian Score
- split conformal prediction
- 2025
- alphaXiv
- Barber
- CatalyzeX Code Finder for Papers
- Connected Papers
- DagsHub
- Gotit.pub
- Hore
- Litmaps
- LSA score
- MS-RLCP
- Multi-Source Randomly Localized Conformal Prediction
- Randomly localized conformal prediction
- scite Smart Citations
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