Applied Physics and Mathematics Annotation << Back OPTIMIZATION OF COMMUNICATION STRATEGIES BETWEEN UAVS AND UNMANNED VEHICLES BASED ON A NON-ANTAGONISTIC GAME ZHU HAN, M.S. SELEZNEVA, ZHAI YIMING, L.V. GRIGORIEV The use of nonantagonistic game with behavior types to allocate communication resources between UAVs and unmanned vehicles has been investigated. A continuous game problem is posed, in which the energy efficiency of the base station acts as a utility function, and the transmission power of the base station is considered as a game strategy. The results show an increase in system energy efficiency compared to Nash equilibrium, as well as expanding the system application scenario by introducing behaviors such as player altruism. Keywords: Nonantagonistic game, UAV, Unmanned vehicle, Nash equilibrium, Pareto frontier, Game theory, Energy efficiency. DOI: 10.25791/pfim.01.2025.1323 Pp. 38-44.