activity
20112023
most citedRefined Lower Bounds for Adversarial Bandits

55 citations · 121 across the 18 of their papers we have counts for

collaborators
Showing stat.MLShow all

6 papers · 1 filter

stat.ML2020

Diversity-Preserving K-Armed Bandits, Revisited

Hédi Hadiji, Sébastien Gerchinovitz, Jean-Michel Loubes +1

We consider the bandit-based framework for diversity-preserving recommendations introduced by Celis et al. (2019), who approached it in the case of a polytope mainly by a reduction…

stat.ML2018

Uniform regret bounds over for the sequential linear regression problem with the square loss

Pierre Gaillard, Sébastien Gerchinovitz, Malo Huard +1

We consider the setting of online linear regression for arbitrary deterministic sequences, with the square loss. We are interested in the aim set by Bartlett et al. (2015): obtain…

stat.ML2017★ 3 cited

Algorithmic Chaining and the Role of Partial Feedback in Online Nonparametric Learning

Nicolò Cesa-Bianchi, Pierre Gaillard, Claudio Gentile +1

We investigate contextual online learning with nonparametric (Lipschitz) comparison classes under different assumptions on losses and feedback information. For full information fee…

stat.ML2015★ 9 cited

A Chaining Algorithm for Online Nonparametric Regression

Pierre Gaillard, Sébastien Gerchinovitz

We consider the problem of online nonparametric regression with arbitrary deterministic sequences. Using ideas from the chaining technique, we design an algorithm that achieves a D…

stat.ML2011★ 1 cited

Adaptive and optimal online linear regression on -balls

Sébastien Gerchinovitz, Jia Yuan Yu

We consider the problem of online linear regression on individual sequences. The goal in this paper is for the forecaster to output sequential predictions which are, after time…

stat.ML2011★ 15 cited

Sparsity regret bounds for individual sequences in online linear regression

Sébastien Gerchinovitz

We consider the problem of online linear regression on arbitrary deterministic sequences when the ambient dimension d can be much larger than the number of time rounds T. We introd…