Generalization error bounds for two-layer neural networks with Lipschitz loss function

2026-04-09T07:24:04Z7ddec63e0794fe9f197c07656107d614b8e4d7931ee01a98bbfe7883763cd65f
adversarial-robustnesscode-availableconformal-predictiondifferential-privacydistributed-estimationfederated-learningfiltering-and-smoothinggaussian-processgeneralization-boundshigh-dimensional-statisticslabel-noise-robustnessmachine-learningmodel-poisoningnormalizing-flowsreinforcement-learningscalable-mlspiking-neural-networksstochastic-gradient-descenttheorywasserstein-distance

What happened

Collection of recent theoretical and methodological ML papers (arXiv 2604.*) covering: generalization bounds for two-layer networks using Wasserstein estimates; robust distributed mean estimation with adversarial/async workers and tight finite-time rates; variational clustering for noisy high-dimensional data; amortized filtering/smoothing with conditional normalizing flows; scalable nearest-neighbour Gaussian process theory; high-dimensional CLT rates for asynchronous Q-learning; SGD dynamics in saddle-to-saddle regimes; robustness analysis and code for spiking-reservoirs; Weighted Bayesian (

Why it matters

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

Evidence and limitations

Source ID
arxiv_stat_ml
Record identifier
7ddec63e0794fe9f197c07656107d614b8e4d7931ee01a98bbfe7883763cd65f
Enrichment time
2026-04-09T07:24:04Z
AI-assisted enrichment
Yes

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