Improving Infinitely Deep Bayesian Neural Networks with Nesterov's Accelerated Gradient Method
2026-03-27T07:23:53Z•6130fa50dbeb158661777298feb909f8706de0797b810b298b87d2a9f736b617
bayesian-neural-networksbayesian-optimizationbias-mitigationdemographic-paritydistribution-to-distributionefficient-global-optimizationfunctional-tuckergaussian-processgeneralizationkernel-mean-embeddingsmachine-learningmemorization-overparameterization','topological-data-analysis','mixture-density-networksnesterov-accelerated-gradientnfesnugget-jitterpost-processingprobabilistic-forecastingregression-fairnessresidual-as-teacherrkhsrules-and-facts-modelstochastic-differential-equationsstudent-teachertensor-decomposition
What happened
RSS feed of new/cross-listed arXiv ML papers (Mar 27, 2026) covering advances across Bayesian continuous-depth models, fairness in regression, Bayesian optimization, probabilistic forecasting, student–teacher estimation, functional tensor decompositions, theory of generalization vs memorization, persistence-based topological optimization, large-scale benchmarking of scRNA-seq imputation methods, and analysis of how unconstrained models learn physical symmetries. Highlights include: Nesterov-accelerated-gradient integration to reduce NFEs and improve convergence in SDE-based Bayesian neuralnets
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_stat_ml
- Record identifier
- 6130fa50dbeb158661777298feb909f8706de0797b810b298b87d2a9f736b617
- Enrichment time
- 2026-03-27T07:23:53Z
- AI-assisted enrichment
- Yes
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