Spectral-Transport Stability and Benign Overfitting in Interpolating Learning
2026-04-13T07:23:57Z•bb1ea6e6d499bb34663430373ce286e6b689d44469f9dfbf0bcb42127bec92f1
DAG-learningHMMHalf-Trek-CriterionIterative-Identification-ClosureReLUbenign-overfittingcausal-discoverycausal-inferenceexperiment-designfactorial-experimentsidentifiabilitylearning-to-deferloss-landscapemachine-learningmulti-expert-systemsneural-networksonline-learningpositive-valued-dataquantile-regressionspectral-methodsstatistical-learning-theorystreaming-inferencestructural-equation-modelstensor-completionuncertainty-quantification
What happened
Collection of new machine-learning papers (arXiv stat/ML) covering theoretical and methodological advances: a spectral-transport stability framework characterizing benign vs. destructive overfitting in interpolating estimators; a two-stage, tensor-completion-based design for large-scale factorial experiments; H-MRS for causal DAG learning on positive-valued data; an online projected functional-gradient algorithm (P-FGD) for nonparametric quantile regression; SPICE identifiability and SPICE-Net for causal effect estimation using a single proxy; a predictive-first, beam-style streaming HMMs alg
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_stat_ml
- Record identifier
- bb1ea6e6d499bb34663430373ce286e6b689d44469f9dfbf0bcb42127bec92f1
- Enrichment time
- 2026-04-13T07:23:57Z
- AI-assisted enrichment
- Yes
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