Affiliation:
1. Wilfrid Laurier University
2. New York University
Abstract
Arms-control inspection is modeled by two games, one played simultaneously and one sequentially, between an inspector (O) and an inspectee (E). In each game, E may choose to comply with or violate an arms-control agreement and O may choose to inspect, or not, for a possible violation by E. Besides various costs and benefits, the parameters of the games include the conditional probability that a violation will be detected if there is an inspection, reflecting the uncertainty of inspection. In the simultaneous game, O and E make simultaneous choices. Because none of the three possible equilibria involves certain compliance by E, O is not always able to deter E from violating an agreement. In the sequential game, by contrast, O, by announcing in advance an inspection strategy and credibly committing itself to carrying it out, can, with certainty, deter E from violating, which in general leads to an equilibrium in the sequential form Pareto-superior to that in the simultaneous form. Thus there are evident benefits for both O and E when O “moves” first, given that its detection probability is above a certain threshold. Policy implications of this finding, especially in regional conflicts today, are briefly discussed.
Subject
Political Science and International Relations,Sociology and Political Science,General Business, Management and Accounting
Cited by
19 articles.
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