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Best-of-All-Worlds Bounds for Online Learning with Feedback Graphs

Neural Information Processing Systems

We study the online learning with feedback graphs framework introduced by Man-nor and Shamir [24], in which the feedback received by the online learner is specified by a graphnull over the available actions.



Supplementary Material T able of Contents

Neural Information Processing Systems

A Laplace behavioral reference policy may be able to mitigate some of the problems posed by Proposition 1 due to the heavy tails of the distribution. Tikhonov regularization does not resolve the issue with calibration of uncertainties. A W AC performs online fine-tuning of a policy pre-trained on offline. BRAC regularizes the online policy against an offline behavioral policy as our method does. DAPG incorporates offline data into policy gradients by initially pre-training with a behaviorally cloned policy and then augmenting the RL loss with a supervised-learning loss.