基于5G物联网的隧道衬砌服务期内计算机监控系统

IF 0.4 Q4 TELECOMMUNICATIONS
Rajite Ragab
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引用次数: 0

摘要

:信息技术的快速发展加速了物联网的兴起,随着物联网的应用和普及,在各个领域逐渐取得了良好的发展势头。如何进一步发挥物联网的最大价值,将其监控的数据与计算机网络相结合,形成对计算机监控系统的全面控制,已成为当前相关领域亟待解决的重要问题。技术的飞速发展,5G技术的兴起,将5G技术应用到物联网技术中,基于5G物联网技术的计算机监控系统在实际运行中更加智能化。隧道衬砌是支撑和维持隧道长期稳定和耐久性的永久性结构。它的作用是:支撑和保持隧道的稳定;保持列车运行所需的空间;防止围岩风化;消除地下水等影响,将5G物联网计算机监控系统应用于隧道衬砌,可被监控系统有效利用。观察隧道的情况有助于相关人员进行预测和维护。本文设计5G物联网计算机监测系统对隧道衬砌进行监测,通过监测系统观测到的数据对隧道衬砌进行分析,实现预测和维护。通过系统监控,我们发现基于5G物联网的计算机监控系统在数据监控方面比传统监控系统提高了50%左右,反馈速度提高了36%左右,保护监控能力更高。它将基于5G物联网。该监测系统应用于隧道衬砌,有助于更快、更方便地收集隧道衬砌的实际情况进行预测和维护。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Computer Monitoring System Based on 5G Internet of Things in Service Period of Tunnel Lining
: The rapid development of information technology has accelerated the rise of the Internet of Things, and with the application and popularization of the Internet of Things, it has gradually achieved good development momentum in various fields. How to further exert the maximum value of the Internet of Things, and combine the data it monitors with the computer network to form a comprehensive control of the computer monitoring system has become an important issue to be solved in the current related fields. The rapid development of technology, the rise of 5G technology, the application of 5G technology to the Internet of Things technology, the computer monitoring system based on 5G Internet of Things technology is more intelligent in the actual operation. Tunnel lining is a permanent structure that supports and maintains the long-term stability and durability of the tunnel. Its role is to: support and maintain the stability of the tunnel; maintain the space required for the train to run; prevent the weathering of the surrounding rock; remove the impact of groundwater, etc., apply the 5G IOT computer monitoring system to the tunnel lining, which can be effectively used by the monitoring system. Observing the situation of the tunnel helps the relevant personnel to make predictions and maintenance. In this paper, the 5G IOT computer monitoring system is designed to monitor the tunnel lining, and the tunnel lining is analyzed by the data observed by the monitoring system to realize prediction and maintenance. Through system monitoring, we found that the computer monitoring system based on 5G Internet of Things is about 50% higher in data monitoring than the traditional monitoring system, the feedback speed is about 36% higher, and the protection monitoring capability is higher. It will be based on 5G Internet of Things. The monitoring system is applied in the tunnel lining, which helps to collect the actual situation of the tunnel lining faster and more convenient for prediction and maintenance.
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来源期刊
CiteScore
1.40
自引率
16.70%
发文量
23
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