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The Relationship between No-Regret Learning and Online Conformal Prediction

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arxiv 2502.10947 v1 pith:EZI6J33W submitted 2025-02-16 cs.LG cs.GTstat.ML

classification cs.LGcs.GTstat.ML
keywords coverageonlineadversarialsettingsalgorithmsconformalconnectionlearning
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Existing algorithms for online conformal prediction -- guaranteeing marginal coverage in adversarial settings -- are variants of online gradient descent (OGD), but their analyses of worst-case coverage do not follow from the regret guarantee of OGD. What is the relationship between no-regret learning and online conformal prediction? We observe that although standard regret guarantees imply marginal coverage in i.i.d. settings, this connection fails as soon as we either move to adversarial environments or ask for group conditional coverage. On the other hand, we show a tight connection between threshold calibrated coverage and swap-regret in adversarial settings, which extends to group-conditional (multi-valid) coverage. We also show that algorithms in the follow the perturbed leader family of no regret learning algorithms (which includes online gradient descent) can be used to give group-conditional coverage guarantees in adversarial settings for arbitrary grouping functions. Via this connection we analyze and conduct experiments using a multi-group generalization of the ACI algorithm of Gibbs & Candes [2021] (arXiv:2106.00170).

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Cited by 2 Pith papers

Reviewed papers in the Pith corpus that reference this work. Sorted by Pith novelty score. Full citation record

  1. Parameter-Free and Group Conditional Online Conformal Prediction

    stat.ML 2026-05 unverdicted novelty 7.0 of 10

    POGO uses multi-portfolio wealth maximization to produce a single sequence of radii that achieve the strongest known finite-time group-conditional coverage without any learning-rate hyperparameter.

  2. Adaptive Conformal Inference through the Lens of Blackwell Approachability

    stat.ML 2025-10 conditional novelty 6.0 of 10

    A calibration-based approachability algorithm (BOACI) provably achieves asymptotic coverage guarantees under arbitrary sequences and recovers classical conformal efficiency under exchangeability or restricted drift.

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