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Problem solving / Abstraction / Solution concept / Extensive-form game / Nash equilibrium / Information set / Strategy / Determinacy / Recall / Game theory / Mind / Science


Evaluating State-Space Abstractions in Extensive-Form Games Michael Johanson and Neil Burch and Richard Valenzano and Michael Bowling University of Alberta Edmonton, Alberta
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Document Date: 2013-03-07 18:13:10

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File Size: 382,67 KB

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Company

Hyperborean / Multiagent Systems / /

Country

United States / /

/

Event

Product Recall / Product Issues / /

Facility

Michael Bowling University of Alberta Edmonton / University of Alberta Computer Poker Research Group / University of Alberta / /

IndustryTerm

iterative self-play algorithm / partial solution / commodity hardware / /

Organization

PR IR / PHS IR / Michael Bowling University of Alberta Edmonton / International Foundation for Autonomous Agents / University of Alberta / University of Alberta Computer Poker Research Group / PHS PR / /

Person

Neil Burch / Eric Jackson / Cluster Hand / Alberta Edmonton / Richard Valenzano / /

/

Position

abstraction designer / General / player / competitive texas hold’em poker player / /

Product

Perfect / abstractions / game / equal-sized perfect / clusterings / Imperfect / equivalent / abstraction / KE-PHS KE-KO / strategies / games / agent / PHS / /

ProgrammingLanguage

E / /

ProvinceOrState

Minnesota / /

PublishedMedium

Journal of the ACM / /

Technology

iterative self-play algorithm / clustering algorithm / CFR-BR algorithm / artificial intelligence / Public Chance Sampled CFR algorithm / /

URL

www.ifaamas.org / /

SocialTag