Method for improving trajectory tracking accuracy in sea area of airborne data link

In order to further expand the trajectory of the airborne data link platform to capture the trajectory, the coverage of the data link drone relay communication improves the communication quality and tracking accuracy. The accuracy of the ballistic trajectory is based on the filtering requirements of the received signal strength (RSSI) combined with the automatic selection and analysis of TOS and QOS of the business channel to improve the transmission of airborne data link pairs and land, sea, and sky data link drones multi-path selection. In this paper, the simulation of the trajectory of the ballistic target and the simulation of the received signal and noise are used to verify the trajectory tracking of the airborne data link to achieve the realization of offshore communication, thereby solving and ensuring the effective communication of the airborne data link, feasible and effective, with broad application prospects in the sea.