eCoMAE aligns evidential pretraining with observed time-series content
On IMPTC weather-shift tests, OOD accuracy rose from 0.7971 to 0.8068 and OOD AURC fell from 0.0718 to 0.0648.
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On IMPTC weather-shift tests, OOD accuracy rose from 0.7971 to 0.8068 and OOD AURC fell from 0.0718 to 0.0648.
On HardMatch, where VGGT fails on 35% of 1,000 pairs, a frozen-feature probe reaches 93.5% ROC-AUC.
Unity3D and real-robot tests report safer navigation than baselines under occlusion and out-of-distribution crowds.
LEASH escalates computer-use agents by latent uncertainty, matching Claude Opus 5 at 19% lower cost.
ProbabilityBench gives exact class probabilities so researchers can measure model calibration and Bayes-error estimates.
A probabilistic Transformer meta-model performs zero-shot system identification on long sequences with calibrated uncertainty.
High-accuracy LLM agents often detect knowledge conflicts but fail to communicate unresolved uncertainty.
A Bayesian network method sparsifies stochastic parameters via prior-scale factorization while matching fully stochastic accuracy.
Effective resistance in 24 tissue interactomes mostly tracks inverse degree, limiting GNN reliability signals.
ReCIRC reparameterizes conformal risk control so thresholds target conditional risk while keeping finite-sample marginal guarantees.
DSS-GNN unifies GNN calibration, OOD detection, and shift robustness in one spectral representation.
Sinter-PiNDiff predicts ceramic density and grain growth from sparse data across three material systems.
Pinocchio introduces an external calibrator for black-box LLM API models with 0.862 AUROC and zero-shot transfer to thirteen unseen models.

Opinion piece argues AI experts' hedged, qualified speech loses public influence to confident commentators, risking poorly informed AI policy decisions.
Moral Entropy treats moral-label disagreement as a posterior and finds common vote rules badly misclassify items.
Researchers propose rankECE, a ranking-based calibration error measure with theoretical guarantees that outperforms binned ECE approximations.
Researchers propose Kalman Delta Networks, adding Kalman-filter uncertainty tracking to delta-rule linear attention, improving perplexity and accuracy at 750M and 1.3B parameters.
UCF-Net fuses CLIP and DINO features with entropy-based uncertainty weighting to improve generalizable deepfake image detection across generators.
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