摘要
Abstract
The rapid development of 5G network technology provides new technical support for the transmission of environmental quality big data.Aiming at the characteristics of large environmental monitoring data volume and high real-time requirements,this study optimizes data transmission efficiency by constructing an environmental quality monitoring system based on 5G network,using edge computing and distributed storage technology.Experimental results show that this solution outperforms traditional 4G networks in terms of data transmission rate,latency,and reliability.Under complex environments,the data transmission rate increased by 279.2％,the average latency decreased to 4.2ms,and the packet loss rate decreased to 0.01％.These research findings provide a feasible solution for upgrading environmental quality monitoring systems and have significant implications for improving environmental monitoring capabilities.关键词
5G网络/环境质量/大数据传输/边缘计算/分布式存储Key words
5G network/environmental quality/big data transmission/edge computing/distributed storage分类
信息技术与安全科学
