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gptkbp:instance_of
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gptkb:strategy
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gptkbp:analysis
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Payoff Matrix
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gptkbp:application
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gptkb:Political_Science
Economics
Military Strategy
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gptkbp:characteristic
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Total utility remains constant.
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gptkbp:criticism
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Assumes fixed resources.
Ignores potential for mutual gain.
Limited applicability in complex systems.
Neglect of cooperative strategies.
Oversimplification of real-world scenarios.
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gptkbp:decided_by
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Rational Choice Theory
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gptkbp:defines
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A situation in which one participant's gain is exactly balanced by another participant's loss.
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gptkbp:example
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gptkb:World_Series_of_Poker
gptkb:chess_match
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gptkbp:field
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gptkb:Political_Science
gptkb:Artificial_Intelligence
gptkb:Mathematics
gptkb:Biology
gptkb:sociology
gptkb:philosophy
gptkb:psychology
Computer Science
Economics
Operations Research
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gptkbp:field_of_study
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gptkb:strategy
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https://www.w3.org/2000/01/rdf-schema#label
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Zero-Sum Game
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gptkbp:key_figures
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gptkb:Oskar_Morgenstern
gptkb:John_Nash
gptkb:John_von_Neumann
gptkb:Robert_Aumann
gptkb:John_Harsanyi
gptkb:Lloyd_Shapley
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gptkbp:mathematical_representation
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If A wins x, then B loses x.
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gptkbp:notable_examples
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gptkb:Cold_War
gptkb:World_War_II
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gptkbp:opponent
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Adversary
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gptkbp:outcome
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Win-Loss
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gptkbp:related_concept
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Cooperative Game
Competitive Game
Non-Zero-Sum Game
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gptkbp:strategy
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Minimax Strategy
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gptkbp:theory
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gptkb:Nash_Equilibrium
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gptkbp:type
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Strategic Game
Simultaneous Game
Two-Player Game
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