基于IoT+GIS技术的校园弱电管网智能监控管理系统设计和应用

清华大学信息化技术中心,北京 10084

物联网; 地理信息系统; 弱电管网; 智慧校园

Design and application of intelligent monitoring and management system for campus weak current pipeline network based on IoT+GIS technology
LI Zimu, LU Chuan, WANG Jilong, and LI Fenghua

Information Technology Center, Tsinghua University, Beijing 100084

internet of things(IoT); geographic information system(GIS ); weak current pipeline network; smart campus

DOI: 10.3724/SP.J.1249.2020.99155

备注

针对校园弱电管网在信息化建设和运行过程中的特点和存在问题,结合智慧校园发展的实际需要,设计基于IoT+GIS技术的弱电管网智能监控管理系统,建立校园地理空间信息库和弱电管网基础数据库,实现地下管道铺设、光缆路由分析、光纤熔接关系、楼内综合布线及井口异动监控等弱电通信资源的三维可视一体化管理,大幅度提高校园弱电管网资源的管理维护效率,并为合理有效使用这些资源提供科学决策依据.

In view of the characteristics and problems in the process of information construction and operation of the campus weak current pipeline network, combined with the actual needs of the development of smart campus, an intelligent monitoring and management system of the weak current pipeline network based on IoT+GIS technology is designed and the campus geospatial information database as well as the weak current pipeline network database are established at the same time. The three-dimensional visual integration management of weak current communication resources, such as underground pipeline laying, optical fiber routing analysis, fiber-optic fusion relationship, integrated wiring in the building, off-motion monitoring of well cover, and so on, is realized, which greatly improves the campus weak current pipeline network resources management and maintenance efficiency, and provides scientific decision-making basis for rational and effective use of these resources.

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