基于信标跟踪的卫星通信自动切换系统设计研究

Research on Design of Automatic Switching System for Satellite Communication Based on Beacon Tracking

现阶段,尽管卫星通信领域取得了长足的进展,但传统卫星通信系统在资源分配、链路切换等关键环节上仍暴露出不少问题。特别是在多卫星网络交织的复杂环境下,用户往往需要借助人工干预或烦琐的手动操作才能实现不同卫星网络间的切换,不仅大大增加了操作的复杂性,更在一定程度上制约了通信效率和可靠性的提升。因此,构建能够自动实现卫星链路切换的智能系统对提升整个卫星通信系统的综合性能具有至关重要的意义。提出一种基于信标跟踪技术的卫星通信自动切换系统设计思路,希望解决当前卫星通信系统中用户在多网络环境下切换时面临的流程烦琐和资源紧张等问题。

At present,although significant progress has been made in the field of satellite communication,tradi⁃tional satellite communication systems still expose many problems in key aspects such as resource allocation and link switching.Especially in complex environments where multiple satellite networks are interwoven,users often need to rely on manual intervention or tedious manual operations to achieve switching between different satellite net⁃works.This not only greatly increases the complexity of operations,but also to some extent restricts the improve⁃ment of communication efficiency and reliability.Therefore,it is of great significance to build an intelligent system that realize satellite link switching for improving the overall performance of the entire satellite communication sys⁃tem.It proposes a design concept of automatic switching system for satellite communication based on beacon track⁃ing technology,hoping to solve the problems of cumbersome processes and resource constraints faced by users when switching in multi network environments in current satellite communication systems.