Learning in a black box: trial-and-error in voluntary contributions games

Many interactive environments can be represented as games, but they are so large and complex that individual players are in the dark about others' actions and the payoff structure. This paper analyzes learning behavior in such 'black box' environments, where players' only source...

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Main Authors: Young, H, Nax, H, Burton-Chellew, M, Westor, S
Format: Working paper
Published: University of Oxford 2013
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author Young, H
Nax, H
Burton-Chellew, M
Westor, S
author_facet Young, H
Nax, H
Burton-Chellew, M
Westor, S
author_sort Young, H
collection OXFORD
description Many interactive environments can be represented as games, but they are so large and complex that individual players are in the dark about others' actions and the payoff structure. This paper analyzes learning behavior in such 'black box' environments, where players' only source of information is their own history of actions taken and payoffs received. Specifically we study voluntary contributions games. We identify two robust features of the players' learning dynamics: search volatility and trend-following. These features are clearly present when players have no information about the game; but also when players have full informaiton. Convergence to Nash equilibrium occurs at about the same rate in both situations.
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spelling oxford-uuid:463a78c0-fdea-4ddc-813b-cea2740ea4ef2022-03-26T15:12:28ZLearning in a black box: trial-and-error in voluntary contributions gamesWorking paperhttp://purl.org/coar/resource_type/c_8042uuid:463a78c0-fdea-4ddc-813b-cea2740ea4efBulk import via SwordSymplectic ElementsUniversity of Oxford2013Young, HNax, HBurton-Chellew, MWestor, SMany interactive environments can be represented as games, but they are so large and complex that individual players are in the dark about others' actions and the payoff structure. This paper analyzes learning behavior in such 'black box' environments, where players' only source of information is their own history of actions taken and payoffs received. Specifically we study voluntary contributions games. We identify two robust features of the players' learning dynamics: search volatility and trend-following. These features are clearly present when players have no information about the game; but also when players have full informaiton. Convergence to Nash equilibrium occurs at about the same rate in both situations.
spellingShingle Young, H
Nax, H
Burton-Chellew, M
Westor, S
Learning in a black box: trial-and-error in voluntary contributions games
title Learning in a black box: trial-and-error in voluntary contributions games
title_full Learning in a black box: trial-and-error in voluntary contributions games
title_fullStr Learning in a black box: trial-and-error in voluntary contributions games
title_full_unstemmed Learning in a black box: trial-and-error in voluntary contributions games
title_short Learning in a black box: trial-and-error in voluntary contributions games
title_sort learning in a black box trial and error in voluntary contributions games
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AT naxh learninginablackboxtrialanderrorinvoluntarycontributionsgames
AT burtonchellewm learninginablackboxtrialanderrorinvoluntarycontributionsgames
AT westors learninginablackboxtrialanderrorinvoluntarycontributionsgames