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From the 2 of 10 linked papers with an AI index.

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10 papers

math.PR2026

Almost stochastic dominance via optimal transport

Alfred Müller, Johannes Wiesel

The paper introduces a parametric family of almost stochastic dominance relations for probability distributions, characterizing the optimal γ parameter through an optimal transport…

math.PR2026

Adapted Wasserstein Barycenters of Gaussian Processes

Madhu Gunasingam, Francesco Mattesini, Johannes Wiesel +1

The paper investigates how to compute barycenters of filtered Gaussian processes using the adapted Wasserstein distance, providing existence results, decomposition into classical B…

math.ST2026

Dependence Measures via Adapted Optimal Transport: Stability and Rates of Convergence

Jonathan Ansari, Johannes Wiesel

Recently studied dependence measures, such as Chatterjee's rank correlation, that characterize both independence and perfect functional dependence, provide a powerful framework for…

math.PR2026

The fast rate of convergence of the smooth adapted Wasserstein distance

Martin Larsson, Jonghwa Park, Johannes Wiesel

Estimating a -dimensional distribution by the empirical measure of its samples is an important task in probability theory, statistics and machine learning. It is…

math.ST2026

Sample complexity for divergence regularized optimal transport with radial cost

Ruiyu Han, Johannes Wiesel

We prove a new sample complexity result for divergence regularized optimal transport. Our bound holds for probability measures on~ with exponential tail decay and for…

math.PR2025

Convergence of the adapted empirical measure for mixing observations

Ruslan Mirmominov, Johannes Wiesel

The adapted Wasserstein distance is a modification of the classical Wasserstein metric, that provides robust and dynamically consistent comparisons of laws of stocha…