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A Framework for Computational Strategic Analysis: Applications to Iterated Interdependent Security Games

机译:计算战略分析框架:在迭代相互依赖的安全游戏中的应用

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摘要

Past work on tournaments in iterated prisoner’s dilemma and the evolution of cooperation spawned by Axelrod has contributed insights about achieving cooperation in social dilemmas, as well as a framework for strategic analysis in such settings. We present a broader, more extensive framework for strategic analysis in general games, which we illustrate in the context of a particular social dilemma encountered in interdependent security settings. Our framework is fully quantitative and computational, allowing one to measure the quality of strategic alternatives across a series of measures, and as a function of relevant game parameters. Our special focus on performing analysis over a parametric landscape is motivated by public policy considerations, where possible interventions are modeled as affecting particular parameters of the game. Our findings qualify the touted efficacy of the Tit-for-Tat strategy, demonstrate the importance of monitoring, and exhibit a phase transition in cooperative behavior in response to a manipulation of policy-relevant parameters of the game.
机译:过去在反复的囚徒困境中进行比赛的工作以及Axelrod催生的合作演变为实现社会困境中的合作提供了见识,并为这种情况下的战略分析提供了框架。我们为一般游戏中的战略分析提供了一个更广泛,更广泛的框架,我们在相互依赖的安全设置中遇到的特定社会困境的背景下对此进行了说明。我们的框架是完全定量和可计算的,可以让人们通过一系列衡量指标来衡量战略替代方案的质量,并以此作为相关游戏参数的函数。我们对参数环境进行分析的特别关注是出于公共政策的考虑,在这种情况下,可能的干预被建模为影响游戏的特定参数。我们的研究结果证明了“以牙还牙”战略的吹捧效果,证明了监测的重要性,并在应对游戏中与政策相关的参数方面表现出合作行为的相变。

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