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    Learning may take various forms for different agents and ... — Carmelics
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    Supports→Incorporating learning into game-theoretic models introduces extensive new technical complexity

    Learning may take various forms for different agents and games of differing complexity and risk

    CausationTruth & Knowledge
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    Active learning requires players to probe for information via screening moves, a...Incorporating learning into game-theoretic models introduces extensive new techn...Learning can occur at multiple levels: specific parameters in repeated games ver...

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    Pure Coordination games may have multiple equilibria.76%Learning can occur at multiple levels: specific parameters in repeated...75%Actual agents must learn equilibrium strategies of games they play, es...75%A player has reason to consider out-of-equilibrium possibilities in an...71%

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    Learning of equilibria may take various forms for different agents and for games of differing levels of complexity and risk. Incorporating it into game-theoretic models of interactions thus introduces an extensive new set of technicalities. For the most fully developed general theory, the reader is referred to Fudenberg and Levine (1998); the same authors provide a non-technical overview of the issues in Fudenberg and Levine (2016)). A first important distinction is between learning specific

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