摘要
针对高速铁路基础设施动态检测多专业检测系统独立运行、数据融合共享性不强、数据整合展示能力不足等问题,以高速综合检测列车为载体,提出了基于GIS(Geographic Information System,地理信息系统)、BIM(Building Information Modeling,建筑信息模型)+GIS、设备综合图的多专业检测信息融合思路,设计并研发了高速铁路基础设施动态检测信息融合平台,重点介绍了GIS多源信息融合系统、BIM+GIS多源信息融合系统、设备综合信息融合系统的功能实现,在国家铁道试验中心及京张高铁进行了试验验证。结果表明,该平台可实现高速铁路基础设施多源检测信息集成共享、多专业数据融合分析、多设备状态实时监测、多维度信息综合展示的目标,提升一体化决策及协同管理效率。
In response to the problems of independent operation,weak data fusion and sharing,and insufficient data integration and display capabilities of multi professional detection systems for high speed railway infrastructure dynamic detection,a multi professional detection information fusion approach based on GIS(Geographic Information System),BIM(Building Information Modeling)+GIS,and equipment comprehensive maps was proposed using high speed comprehensive inspection trains as carriers.A high speed railway infrastructure dynamic detection information fusion platform was designed and developed,with a focus on introducing the functional implementation of GIS multi-source information fusion system,BIM+GIS multi-source information fusion system and equipment comprehensive information fusion system,which has been tested and verified at the National Railway Test Center and the Beijing-Zhangjiakou high speed railway.The results show that the platform can achieve the goals of integration and sharing of multi-source detection information of high speed railway infrastructure,multi professional data fusion analysis,real-time monitoring of multi equipment status,and comprehensive display of multi-dimensional information,and improve the efficiency of integrated decision-making and collaborative management.
作者
杨玲玲
解亚龙
王志华
徐文生
刘国跃
鲁玉龙
YANG Lingling;XIE Yalong;WANG Zhihua;XU Wensheng;LIU Guoyue;LU Yulong(Beijing Jingwei Information Technology Co.Ltd.,Beijing 100081,China;Institute of Electronic Computing Technology,China Academy of Railway Sciences Corporation Limited,Beijing 100081,China;Beijing IMAP Technology Co.Ltd.,Beijing 100081,China)
出处
《铁道建筑》
北大核心
2023年第6期52-57,共6页
Railway Engineering
基金
北京经纬信息技术有限公司科研项目(DZYF21-32)。
关键词
铁路基础设施
动态检测
信息融合
高速综合检测列车
BIM
GIS
设备综合图
railway infrastructures
dynamic detection
information fusion
high speed comprehensive inspection train
BIM
GIS
equipment comprehensive map
