Simulating a Multiple Player Extended Deterrence Game with Agent Based Modeling

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Ross, Landon

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2012-03-28

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An extended deterrence game is presented that supports an arbitrary number of protégé for the game’s two principal players, an attacker and defender, including protégé with commitments to both the attacker and defender. The game is developed with parameters to support a varying number of protégé for the attacker and defender, varying degrees of protégé reliability for the attacker and defender, and a varying number of protégé with commitments to both the attacker and defender. The impact of the different specifications for the game’s parameters are investigated with a series of simulations produced on the Repast agent based modeling platform.

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Creighton University

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