摘要
5G网络技术的迅速发展使其在煤矿等特殊环境下的应用成为可能,同时带来了新的挑战。本文对井下5G网络的覆盖策略进行了深入研究,旨在提高煤矿安全生产效率和通信可靠性。首先,文章分析了井下的传播环境和传播模型,接着详细探讨了井下环境中存在的各种干扰源,分析了这些电磁干扰对5G网络覆盖的具体影响,并提出了井下5G网络的抗干扰策略,最后文章提出了针对煤矿井下环境的5G建设策略,期望实现更高效的数据传输和更稳定的网络覆盖。本研究旨在为煤矿井下的5G网络部署提供理论指导和实践方案,为其他类似环境下的5G应用提供理论参考。
The rapid development of 5G network technology makes its application in special environments such as coal mines possible,while bringing new challenges.In this paper,the coverage strategy of underground 5G networks is thoroughly studied,aiming to improve the efficiency of safe production and communication reliability in coal mines.First,the article analyzes the propagation environment and propagation model of underground,then it discusses in detail the various interference sources existing in the underground environment,analyzes the specific impact of these electromagnetic interferences on 5G network coverage,and proposes the anti-interference strategy for underground 5G networks,and finally the article proposes a 5G construction strategy for the underground environment of coal mines,which is expected to achieve more efficient data transmission and more stable network coverage.This study aims to provide theoretical guidance and practical solutions for 5G network deployment in underground coal mines,and provide theoretical references for 5G applications in other similar environments.
作者
张航溥
ZHANG Hangpu(China Comservice Wangying Technology Co.,Ltd.,Nanjing Jiangsu 210000,China)
出处
《信息与电脑》
2024年第13期136-139,共4页
Information & Computer
关键词
5G
网络覆盖
电磁干扰
5G
network coverage
electromagnetic interferences
