Handling Exponentially Growing Strategies in Spatial Cooperative Games: The Case of the European Union

Handling Exponentially Growing Strategies in Spatial Cooperative Games: The Case of the European Union

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This paper introduces a comprehensive cooperative game theory framework to measure the significance of location and neighborhood relations in conjunction with the magnitude equi-jec 7 of players/parties.The significances of these relations are measured over the EU geography.In this case, there are (i) the test of availability of a core solution that satisfies all associated parties/players; (ii) the measurement of players’/parties’ rational minimal and maximal return expectations from the grand coalition regarding their all individual and sub-group strategies and associated return rationalities; (iii) the determination of the critical players/parties in the grand coalition.The study’s main contributions are the provision of a methodology that identifies spatially/geographically critical players/parties read more and the design of an algorithm for handling exponentially growing strategies alongside increasing numbers of players/parties.In sum, a comprehensive cooperative game theory framework is introduced to measure the significance of location and neighborhood relations in conjunction with the magnitude of the players/parties.

The case of the EU has revealed the union’s geographically critical countries, with Germany being found to be the most influential.