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20222026
most citedBounding and Approximating Intersectional Fairness through Marginal Fairness

4 citations · 5 across the 9 of their papers we have counts for

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7 papers · 1 filter

cs.DS2026

Optimal Online Stochastic Matching

Paul Duetting, Michal Feldman, Mathieu Molina

We resolve the problem of unweighted online stochastic matching with a known arrival law by establishing its optimal competitive ratio. For Poisson arrivals, we achieve $1-e/e^e\ap…

math.OC2026

Near-Optimal Acceleration for Smooth / Nondual Convex First-Order Oracle Optimization

David Martínez-Rubio, Brian Bullins, Cristóbal Guzmán +1

We study the optimization of convex objectives with -Hölder-continuous gradients in over , . (MG26) provides selectors with a movement bound fo…

cs.GT2026

Fair Prophets

Paul Duetting, Michal Feldman, Mathieu Molina

We initiate the study of -fair prophet inequalities. This interpolates between utilitarian welfare , Nash welfare , and Rawlsian max-min fairness . G…

math.OC2026

The First-Order Oracle Complexity of Lipschitz Convex Optimization in Nondual Settings

David Martínez-Rubio, Brian Bullins, Cristóbal Guzmán +1

We study first-order black-box convex optimization over an -ball for objectives Lipschitz in the -norm, solving in the affirmative the nonsmooth version of the COLT…

cs.GT2026

Kernel Methods for Refined Prophet Inequalities

Patrick Loiseau, Mathieu Molina, Vianney Perchet +2

The single-selection prophet inequality is a canonical Bayesian online selection problem in which independent nonnegative values arrive sequentially and the decision-maker must irr…

cs.GT2026

Prophet Inequalities under Local Differential Privacy

Achraf Azize, Mathieu Molina, Hugo Richard +1

Many online decision platforms, from hiring marketplaces to auctions, face a tension between efficient decision-making and the protection of participants' privacy. Personal informa…

stat.ML2026

Tight Sample Complexity for Low-Degree and Sparse Boolean Polynomials

Jasper van Doornmalen, Mathieu Molina, Victor Verdugo +1

Motivated by the optimization of bounded binary black-box functions, we study the problem of learning polynomial surrogates over the Boolean hypercube. To ensure that optimizing th…