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A. Zaytsev

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#artificial intelligence Preprint Oct 2026

MercerFlow: Flow Matching in a Kernel-Induced Latent Space for Probabilistic Forecasting

Recent work has shown that probabilistic flow matching for time series forecasting benefits from a data-matched prior. The resulting prior introduces local correlations, which a sequential architecture usually absorbs: a recurrent neural network (RNN), a structured state-space model (S4), or a Transformer. However, suc...

Ilya Kuleshov, Egor Serov, A. Zaytsev · 0 citations
Preprint Aug 2026

Batch Size or Negatives? A Selection Rule for Memory-Constrained Recommender Training

Large-scale neural recommender systems are typically trained with a softmax cross-entropy objective over the full item vocabulary. For a typical large number of possible items $K$, the final classification layer dominates memory, requiring $O(nK)$ logits and gradients to materialize for a batch of $n$ examples. Sampled...

A. Sabitov, D. P. Volkov, A. Zaytsev · 0 citations
Preprint Aug 2026

GENADA: efficient generative time series adversarial attack framework

A GENerative ADversarial Attack (GENADA) is proposed that learns a generative model to produce deceptive perturbations directly in a single forward pass and a procedure to train it, and achieves comparable attack quality to strong baselines while requiring less time to generate perturbations during inference.

M.A. Baronov, D. Vorobev, M. Rusanova et al. · 0 citations

INTRYGUE: Induction-Aware Entropy Gating for Reliable RAG Uncertainty Estimation

INTRYGUE (Induction-Aware Entropy Gating for Uncertainty Estimation), a training-free, mechanistically grounded method that gates predictive entropy by an attention-based estimate of induction-head activity, is proposed, suggesting that hallucination detection in RAG benefits from combining predictive uncertainty with...

Alexandra Kuleshova, Andrei Volodichev, Daria Kotova et al. · 0 citations
Preprint Aug 2026

BEAR-Bench: A Bilingual Enterprise and Academic Reasoning Benchmark for Multimodal Models

BEAR-Bench (Bilingual Enterprise and Academic Reasoning), a self-contained, complex English-and-Russian benchmark comprising 1000 human-annotated questions based on text-rich business and scientific documents, is introduced, and existing hallucination detection methods are compared.

L. Chubarova, A. Kuleshova, D. P. Volkov et al. · 0 citations

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