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481343
Caption: If a saddlepoint does not exist for a payoff matrix, a probabilistic strategy is optimal to maximize expected (average) rewards.
Artist: Encyclopaedia Britannica
Release: Not Applicable
File Size: 41.86 MB
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481246
Caption: In variable-sum games each payoff depends on both players' actions, so each matrix entry lists two payoffs, one for each player.
Artist: Encyclopaedia Britannica
Release: Not Applicable
File Size: 20.93 MB
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481026
Caption: The first reduction for an n-person voting game theory, illustrating the strategies least suitable for each participant.
Artist: Encyclopaedia Britannica
Release: Not Applicable
File Size: 39.99 MB
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481272
Caption: The second reduction for an n-person voting game theory, illustrating the strategies least suitable for each participant.
Artist: Encyclopaedia Britannica
Release: Not Applicable
File Size: 35.17 MB
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481417
Caption: A saddlepoint, or entry, in a payoff matrix at which the expected gain of each participant has the highest guaranteed payoff.
Artist: Encyclopaedia Britannica
Release: Not Applicable
File Size: 41.86 MB
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481161
Caption: The prisoners' dilemma in game theory demonstrates how communication among participants can drastically alter their strategy.
Artist: Encyclopaedia Britannica
Release: Not Applicable
File Size: 41.86 MB
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481097
Caption: Pay-off matrix showing bourgeois, or mixed attack/retreat behaviour, as the most stable strategy for a population.
Artist: Encyclopaedia Britannica
Release: Not Applicable
File Size: 39.01 MB