About: Normal-form game

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In game theory, normal form is a description of a game. Unlike extensive form, normal-form representations are not graphical per se, but rather represent the game by way of a matrix. While this approach can be of greater use in identifying strictly dominated strategies and Nash equilibria, some information is lost as compared to extensive-form representations. The normal-form representation of a game includes all perceptible and conceivable strategies, and their corresponding payoffs, for each player.

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rdfs:label	Normal-form game (en)
rdfs:comment	In game theory, normal form is a description of a game. Unlike extensive form, normal-form representations are not graphical per se, but rather represent the game by way of a matrix. While this approach can be of greater use in identifying strictly dominated strategies and Nash equilibria, some information is lost as compared to extensive-form representations. The normal-form representation of a game includes all perceptible and conceivable strategies, and their corresponding payoffs, for each player. (en)
sameAs	Normal-form game Normal-form game
dbp:wikiPageUsesTemplate	dbt:Cite_book dbt:Color dbt:Redirect dbt:Short_description dbt:Vanchor dbt:Diagonal_split_header dbt:Matrix_classes dbt:Game_theory
Subject	Game theory game classes
Is Part Of	http://zbw.eu/stw/mapping/dbpedia/target
skos:closeMatch	http://zbw.eu/stw/descriptor/19593-1
prov:wasDerivedFrom	http://en.wikipedia.org/wiki/Normal-form_game?oldid=1073458274&ns=0
Wikipage page ID	1863612 (xsd:integer)
page length (characters) of wiki page	9945 (xsd:nonNegativeInteger)
Wikipage revision ID	1073458274 (xsd:integer)
Link from a Wikipage to another Wikipage	Prisoner's dilemma Sequential game Tuple Cambridge University Press Cardinal utility Game theory game classes Nash equilibrium Complete information Ordinal utility Oskar Morgenstern Game theory Perfect information Symmetric game Extensive-form game John von Neumann Strategic dominance Strategy (game theory) Matrix (mathematics) dbr:File:2x2chart110602.pdf
has abstract	In game theory, normal form is a description of a game. Unlike extensive form, normal-form representations are not graphical per se, but rather represent the game by way of a matrix. While this approach can be of greater use in identifying strictly dominated strategies and Nash equilibria, some information is lost as compared to extensive-form representations. The normal-form representation of a game includes all perceptible and conceivable strategies, and their corresponding payoffs, for each player. In static games of complete, perfect information, a normal-form representation of a game is a specification of players' strategy spaces and payoff functions. A strategy space for a player is the set of all strategies available to that player, whereas a strategy is a complete plan of action for every stage of the game, regardless of whether that stage actually arises in play. A payoff function for a player is a mapping from the cross-product of players' strategy spaces to that player's set of payoffs (normally the set of real numbers, where the number represents a cardinal or ordinal utility—often cardinal in the normal-form representation) of a player, i.e. the payoff function of a player takes as its input a strategy profile (that is a specification of strategies for every player) and yields a representation of payoff as its output. (en)
foaf:isPrimaryTopicOf	http://en.wikipedia.org/wiki/Normal-form_game
is Wikipage redirect of	Normal form game Normal form matrix Pure strategy profile Payoff function Payoff Matrix Payoff matrix Strategic form Matrix game
is Link from a Wikipage to another Wikipage of	Lloyd Shapley Normal form Aggregative game Backward induction Battle of the sexes (game theory) Bayesian game Behavioral game theory Berge equilibrium Best response Bimatrix game Normal form game Normal form matrix CC–PP game Canonical form Cat and mouse Georg Weizsäcker Glicksberg's theorem Lemke's algorithm Mertens-stable equilibrium Meta-power Nash equilibrium Chicken (game) List of named matrices Conflict economics Coordination game El Farol Bar problem List of PSPACE-complete problems Minimax Game Description Language Game theory Graphical game theory Incomplete information network game Expected value of perfect information Extensive-form game Information set (game theory) John von Neumann Matching pennies Matrix (mathematics) Matrix game Max-dominated strategy
is known for of	John von Neumann

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