In recent years, occurrence of worldwide unconventional emergencies becomes more frequent with the rapid development of technology and the environment changes gradually. Dispatch emergency communication resources legitimately for the first time to restore the damaged communication network for the further rescue. The unconventional emergencies often create multiple emergency locations at the same time. So create emergency communication resource allocation model of multiple disaster locations based on the non-cooperative game theory is constructed firstly. And then, the Nash equilibrium solution of this model was gained by iterative algorithm. At last, the feasibility and effectiveness of this model was verified through the example analysis. Research shows that scheduling strategy based on iterative Nash equilibrium algorithm can achieve the purpose about cost minimization and utility maximization of emergency communication resource scheduling for multiple disaster locations.
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