A Wave Beam Interlocking Model and Simulation Based on Position Information Interaction

Aiming at the problem of wave beam interlock in directional antenna communication of aviation swarm, a mathematical model of wave beam interlock based on position information interaction is established. The core idea of this model is to transform the position information of the local machine and other machines into the wave beam direction of directional antenna through a series of coordinate transformations, so as to realize wave beam interlocking. This paper analyzes the source of the precision error of wave beam interlock in mathematical model, emphatically demonstrates the precision error of attitude measurement, and gives the error boundary conditions to maintain normal communication. Finally, the computer simulation of the mathematical model and error sources proves the validity of the mathematical model and the correctness of the error analysis. The model is simple, reliable and practical.