摘要
本研究基于5G技术的实时三角测绘在测绘信息中的应用案例。通过瀑布式开发模型,本文在明确使用三角控制测量法的前提下,使用5G技术及其带来的分布式计算技术和自适应组网技术,对基于5G技术的实时沉降三角测绘系统进行了开发,通过组网测试,发现该系统的测量精度与使用全站仪人工测量精度相当,且系统部署过程并未对原有的IDC核心节点增加任何设备,系统稳定性、可靠性良好,与原有IDC设施的兼容性良好。所以,本文认为,5G技术在沉降控制测量任务中具有极大的技术优势。
This paper studies the application of real-time triangulation based on 5G technology in land subsidence control.Based on the waterfall development model,the real-time settlement triangulation system based on 5G technology is developed by using 5G technology and the distributed computing technology and adaptive networking technology.Through the networking test,it is found that the measurement accuracy of the system is the same as the manual measurement accuracy of the total station,and the system deployment process does not add any equipment to the original IDC core node,the system has good stability and reliability,and the compatibility with the original IDC facilities is good.Therefore,5G technology has great technical advantages in the settlement control measurement task.
作者
林建涛
陈曼曼
周新星
LIN Jiantao;CHEN Manman;ZHOU Xinxing(Zhejiang Institute of Surveying and Mapping Science and Technology,Wenzhou 325000,China;Wenzhou Ouhai Institute of Surveying and Mapping and Geographic Information,Wenzhou 325000,China)
出处
《测绘与空间地理信息》
2021年第4期101-105,共5页
Geomatics & Spatial Information Technology
关键词
5G技术
分布式计算
三角测绘
沉降控制
IDC兼容
5G technology
distributed computing
triangulation
settlement control
IDC compatibility
