Power Inspection UAV Communication Frequency Band Selection and Interference Suppression Technology

The selection of communication frequency band and interference suppression technology are the key factors that affect the inspection quality of unmanned aerial vehicle (UAV). The purpose of this paper is to study the communication band selection and interference suppression technology of power inspection UAV in complex electromagnetic environment, so as to improve the communication performance and operation efficiency of UAV. Aiming at the communication challenges faced by power inspection UAV, a comprehensive optimization algorithm is proposed. The algorithm dynamically selects the optimal communication frequency band through real-time environmental awareness and data analysis, and takes effective interference suppression measures. The results show that the performance indexes of UAV, such as communication stability, communication rate, communication quality and average delay, have been significantly improved after adopting the comprehensive optimization algorithm. Especially in complex electromagnetic environment, the algorithm can effectively deal with interference. To sum up, this algorithm provides an effective solution to improve the communication performance of UAV. The application of this algorithm will help to improve the efficiency and safety of power inspection UAV, and provide strong support for the intelligent and automatic development of power industry.