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From the 2 of 33 papers with an AI index.

most citedKey polynomials for simple extensions of valued fields

20 citations

33 papers

stat.ML2026

Early Failure Prediction from Near-Anomaly Detection: A Proactive Approach

Léa Billet, L{é}a Billet, Louise Travé-Massuyès +3

The paper introduces CANARI, an unsupervised method based on the Christoffel function to identify near-anomalies—samples close to the distribution boundary—to predict failures befo…

math.AG202620 cited

Key polynomials for simple extensions of valued fields

F. J. Herrera Govantes, W. Mahboub, M. A. Olalla Acosta +1

The paper refines MacLane’s theory of key polynomials for simple transcendental extensions of rank‑1 valued fields, explicitly describing limit key polynomials and giving upper bou…

cs.LG2026

CLOE: Christoffel Loss Autoencoder for Anomaly Detection

Léa Billet, Louise Travé-Massuyès, Elodie Chanthery +1

Semi-supervised anomaly detection plays a key role in diverse fields such as process monitoring, healthcare, and finance. However, lightweight methods often struggle with high-dime…

math.ST2026

Gradient-enhanced global sensitivity analysis with Poincar{é} chaos expansions

O Roustant, N Lüthen, David Heredia +1

Spectral methods, also known as chaos expansions, are widely used in global sensitivity analysis (GSA), as they leverage orthogonal bases of L2 spaces to efficiently compute Sobol'…

math.PR2026

Multivariable CLT for critical points

Jean-Marc Azaïs, Federico Dalmao, Céline Delmas

We prove a multivariate central limit theorem for the numbers of critical points with all possible indexes which lie above a level of a non-necessarily isotropic Gaussian random fi…

math.AP2026

Spectral scheme for an energetic Fokker-Planck equation with -distribution steady states

Claudia Negulescu, Hugo Parada

The concern of the present paper is the design of efficient numerical schemes for a specific Fokker-Planck equation describing the dynamics of energetic particles occurring in ther…