摘要
以提升智慧科技园区的整体效能为主要目标,文章深入研究了光纤资源管理在科技园智能楼宇弱电工程中的应用,并将智慧城市、智慧科技园区和智能楼宇电气工程作为背景,特别关注了楼宇5G手机信号覆盖、楼宇综合布线和光纤资源智能管理等关键要素。在此基础上,提出了光纤资源智能管理的关键技术,包括光纤网络监测与诊断、光纤资源调度与优化、安全性与隐私保护等。其中,首先对智慧城市和智慧科技园区进行了简要介绍,强调了智能楼宇电气工程在科技园区建设中的核心地位;其次深入讨论了楼宇5G手机信号覆盖、楼宇综合布线和光纤资源智能管理的重要性;最后围绕关键技术详细探讨了光纤网络监测与诊断、光纤资源调度与优化、安全性与隐私保护等,所提关键技术不仅能实时监测光纤网络状态,还能诊断潜在问题。
With the main goal of improving the overall efficiency of smart technology parks,this article delves into the application of fiber optic resource management in weak current engineering of intelligent buildings in science and technology parks.With smart cities,smart technology parks,and intelligent building electrical engineering as backgrounds,special attention is paid to key elements such as 5G mobile signal coverage in buildings,comprehensive cabling in buildings,and intelligent management of fiber optic resources.On this basis,key technologies for intelligent management of fiber optic resources were proposed,including fiber optic network monitoring and diagnosis,fiber optic resource scheduling and optimization,security and privacy protection,etc.Firstly,a brief introduction was given to smart cities and smart technology parks,emphasizing the core position of intelligent building electrical engineering in the construction of technology parks.Secondly,the importance of building 5G mobile signal coverage,building cabling,and intelligent management of fiber optic resources were discussed in depth.Finally,a detailed discussion was conducted on key technologies such as fiber optic network monitoring and diagnosis,fiber optic resource scheduling and optimization,security and privacy protection.The proposed key technologies not only enable real-time monitoring of fiber optic network status,but also diagnose potential problems.
作者
张宝
ZHANG Bao(Beijing Shichuang Shangdi Technology Co.,Ltd.,Zhuozhou,Hebei 072750,China)
出处
《计算机应用文摘》
2024年第5期47-50,共4页
Chinese Journal of Computer Application
关键词
光纤资源管理
智能楼宇
弱电工程
5G信号覆盖
fiber optic resource management
intelligent buildings
weak current engineering
5G signal coverage
