摘要
针对传统ADCP数据通信手段存在的通信距离限制和电力消耗过大的问题,提出并研发了一种新型的超远程、多元数据传输电台,以满足现代水文测验对实时、远程数据采集的需求。文章深入探讨了ADCP数据传输电台的设计与实现,利用5G和WiFi网络的高速、稳定及无距离限制特性,实现在办公室远程采集ADCP数据,显著提高了数据传输效率,并减少了对外业人员的需求。
In response to the limitations of communication distance and excessive power consumption in traditional ADCP data communication methods,a new type of ultra remote and multivariate data transmission radio is proposed and developed to meet the needs of modern hydrological testing for real-time and remote data collection.The paper delves into the design and implementation of 5G data transmission radios,utilizing the high-speed,stable,and distance free characteristics of 5G networks to remotely collect ADCP data in offices,significantly improving data transmission efficiency and reducing the demand for external personnel.
作者
吴超群
肖子平
吴瑞钦
柳林
WU Chaoqun;XIAO Ziping;WU Ruiqin;LIU Lin
出处
《今日自动化》
2024年第10期76-78,共3页
Automation Today
