Verba V. S., Silkin A. T., Tsarev A. B., Shebakpolsky M. F.

This article considers the fully-connected radio network application for the combat UAV group control and their actions coordination in different tactical situations. The various variants for the radio network subscriber division are discussed, and the Time Division Multiple Access (TDMA) is offered. The main specifications for network control are justified. It is shown that the joint use of space-frequency-time diversity allows one to improve significantly the noise immunity and the radio network security in jamming conditions. The radio network simulation results are given which confirm that the data delivery probability in radio network increases along with the subscribers number. The application of components energy summation method at the demodulator output provides the larger energy benefits than the majority processing at decoder outputs.