Interpreting FCDNNs via RG on Exponential Family
2026-06-02T07:23:57Z•49c0929ff939e1c17f6bbb23bff88e3416ede2cca9801dedf4ea3606a3d2efee
Feynman-KacPINNsRiemannian optimizationSVMU-statisticsclusteringconformal predictiondeep learning interpretabilitydimension reductiondirected graphs testing methodsexponential familyextremesgraph signal processingmachine learningneural Tucker factorizationoperator learningphysics-informed neural networksquantile regressionrenormalization groupreplicabilityrobust statisticssuper-resolutiontensor completiontheoretical MLuncertainty quantification
What happened
Collection of new arXiv submissions (stat.ML / ML) covering theoretical and methodological advances: a proposed interpretability link between fully-connected DNN training and renormalization group (exponential-family inputs); an SVM-based framework for extreme quantile regression with heavy-tailed covariates; impossibility and sufficient-condition results for zero-shot super-resolution in operator learning; ERICA, a pipeline for quantifying replicability of clustering; Riemannian stochastic optimization (SMAVE) for sufficient dimension reduction with improved runtime; a parameter-free method实现
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_stat_ml
- Record identifier
- 49c0929ff939e1c17f6bbb23bff88e3416ede2cca9801dedf4ea3606a3d2efee
- Enrichment time
- 2026-06-02T07:23:57Z
- AI-assisted enrichment
- Yes
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