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基于BIM+GIS的区域水闸安全监测分析预警系统研发

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安全监测是保障水闸工程安全运行的重要手段,针对当前水闸安全监测中存在监测方法落后、监测数据孤岛、智能分析能力不足、可视化水平不高等问题,基于BIM、GIS、Cesium及WebGL等技术,设计了水闸安全监测分析预警系统的总体框架和技术架构,剖析了网关服务结构和处理机制,分析了三维可视化的实现方法和处理流程,划分了系统功能模块,研发了基于BIM+GIS的区域水闸安全监测分析预警系统.最后以沂沭泗老运河及伊家河两座水闸为例,利用SqlSugar多库架构ORM框架构建了可支持多种数据库的体系,建立了可实现设备与业务系统双向通讯的网关服务,实现了水闸工程三维可视化、动态展示及在线预警等功能,可及时掌握水闸工程安全运行性态,提高水闸工程安全监测信息化水平.
Research and development of regional sluice safety monitoring,analysis,and early warning system based on BIM+GIS
Safety monitoring is an important means to ensure the safe operation of sluice projects.In response to the problems of outdated monitoring methods,isolated monitoring data,insufficient intelligent analysis capabilities,and low visualization levels in current sluice safety monitoring,this study designs the overall framework and technical architecture of a sluice safety monitoring,analysis,and early warning system based on BIM,GIS,Cesium,and WebGL technologies.The gateway service structure and processing mechanism are analyzed,and the implementation methods and processing flow of three-dimensional visualization are discussed.The system functional modules are divided,and a regional sluice safety monitoring,analysis,and early warning system based on BIM+GIS is developed.Finally,taking the Yi-Shu-Si Old Canal and Yijia River sluices as examples,a multi-database architecture ORM framework based on SqlSugar is used to support multiple databases.A gateway service that enables bidirectional communication between devices and business systems is established.The functions of three-dimensional visualization,dynamic display,and online early warning of sluice projects are realized,which can timely grasp the safety operation status of sluice projects and improve the informatization level of sluice safety monitoring.

sluice projectssafety monitoringthree-dimensional visualizationanalysis and early warning

俞扬峰、马福恒、娄本星、叶伟、罗翔

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南京水利科学研究院,江苏 南京 210029

南京瑞迪水利信息科技有限公司,江苏 南京 210029

水利部水闸安全管理中心,江苏 南京 210029

水闸工程 安全监测 三维可视化 分析预警

2024

水利水运工程学报
南京水利科学研究院 水利部交通运输部国家能源局

水利水运工程学报

CSTPCD北大核心
影响因子:0.756
ISSN:1009-640X
年,卷(期):2024.(6)