Higher-Order Certified Robustness for Regression

2026-07-08T07:24:38Z21275fb526091218317ab11f13e03e605306cffe3bd341a169805633e499ab8c
arxivboostingcontinual-learningdeep-networksdepth-saturationfunction-space-theorygradient-certificatesinfinite-widthlifelong-learninglist-decodable-codesllm-watermarkingmean-field-bayesian-nnmnistpredictive-continual-learningrandomized-smoothingrelurobust-regressionstatistical-powertheoretical-mltransfer-efficiencywatermark-calibrationwidth-robustnesswindow-algorithm

What happened

Collection of new machine-learning theory papers: (1) "Higher-Order Certified Robustness for Regression" extends randomized smoothing to regression via prediction-centered certificates that incorporate means, variances and gradients, showing gradient-aware certificates tighten robustness (MNIST rotation demos). (2) "Deep Neural Variation Spaces" builds a unified function-space framework for deep fully-connected networks (homogeneous and non-homogeneous activations), proving representer theorems, complexity bounds and a ReLU "depth saturation" result limiting high-frequency expressivity under a

Why it matters

A reviewed impact interpretation has not been published for this record.

Evidence and limitations

Source ID
arxiv_stat_ml
Record identifier
21275fb526091218317ab11f13e03e605306cffe3bd341a169805633e499ab8c
Enrichment time
2026-07-08T07:24:38Z
AI-assisted enrichment
Yes

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