High Reliability Implementation of 5G Slicing Technology in Unmanned Aerial Vehicle Communication System

This article is devoted to exploring the application of 5 G slicing technology in unmanned aerial vehicle (UAV) communication system. In view of the limitations of the existing technology, this article proposes an innovative and highly reliable algorithm design. This method mainly focuses on the optimal allocation of slicing resources and the formulation of fault recovery and redundancy strategy, aiming at meeting the needs of UAV communication system, maximizing the utilization of slicing resources and minimizing the delay, and ensuring the stable operation of UAV communication system when slicing fails. In order to verify the effectiveness of the proposed algorithm, a series of simulation experiments were carried out in the study, and the running efficiency, convergence and precision of the algorithm were comprehensively evaluated. The experimental results show that the algorithm in this article has high running efficiency, fast convergence speed, high precision and stability when dealing with a large number of UAV communication tasks. To sum up, the high reliability algorithm designed in this article provides strong support for the application of 5G slicing technology in UAV communication system, and is expected to promote the development of UAV communication technology.