This manuscript deals with the estimation of the optimal rule and its meanreward in a simple bandit setting where, at each round, the player is given acontext, chooses one of two actions based on the context and all pastobservations, and receives a reward corresponding to the action undertaken.The player focuses on the mean reward and tries to narrow her confidenceinterval for it, but it happens that she can also estimate her regret.Inference hinges on the targeted learning methodology. A simulation studyillustrates the results of the manuscript
AbstractAlgorithms based on upper confidence bounds for balancing exploration and exploitation are g...
Multi-armed bandit algorithms like Thompson Sampling (TS) can be used to conduct adaptive experiment...
This paper provides a decision theoretic analysis of bandit experiments. The bandit setting correspo...
This article studies the data-adaptive inference of an optimal treatment rule. A treatment rule is ...
International audienceAlgorithms based on upper-confidence bounds for balancing exploration and expl...
This article studies the data-adaptive inference of an optimal treatment rule. A treatment rule is a...
International audienceOver the past few years, the multi-armed bandit model has become increasingly ...
Multi-armed bandit problem is an important optimization game that requires an exploration-exploitati...
International audienceOriginally motivated by default risk management applications, this paper inves...
AbstractA bandit problem with side observations is an extension of the traditional two-armed bandit ...
International audienceThis work addresses the problem of regret minimization in non-stochastic multi...
We consider a situation where an agent has $T$ ressources to be allocated to a larger number $N$ of ...
Ce document a été accepté pour publication à AI&Statistics 2011. Je dois me référer à ce travail, je...
International audienceWe consider the problem of finding the best arm in a stochastic multi-armed ba...
The Multi-armed Bandit (MAB) problem is a classic example of the exploration-exploitation dilemma. I...
AbstractAlgorithms based on upper confidence bounds for balancing exploration and exploitation are g...
Multi-armed bandit algorithms like Thompson Sampling (TS) can be used to conduct adaptive experiment...
This paper provides a decision theoretic analysis of bandit experiments. The bandit setting correspo...
This article studies the data-adaptive inference of an optimal treatment rule. A treatment rule is ...
International audienceAlgorithms based on upper-confidence bounds for balancing exploration and expl...
This article studies the data-adaptive inference of an optimal treatment rule. A treatment rule is a...
International audienceOver the past few years, the multi-armed bandit model has become increasingly ...
Multi-armed bandit problem is an important optimization game that requires an exploration-exploitati...
International audienceOriginally motivated by default risk management applications, this paper inves...
AbstractA bandit problem with side observations is an extension of the traditional two-armed bandit ...
International audienceThis work addresses the problem of regret minimization in non-stochastic multi...
We consider a situation where an agent has $T$ ressources to be allocated to a larger number $N$ of ...
Ce document a été accepté pour publication à AI&Statistics 2011. Je dois me référer à ce travail, je...
International audienceWe consider the problem of finding the best arm in a stochastic multi-armed ba...
The Multi-armed Bandit (MAB) problem is a classic example of the exploration-exploitation dilemma. I...
AbstractAlgorithms based on upper confidence bounds for balancing exploration and exploitation are g...
Multi-armed bandit algorithms like Thompson Sampling (TS) can be used to conduct adaptive experiment...
This paper provides a decision theoretic analysis of bandit experiments. The bandit setting correspo...