首页|基于城市信息模型实现地下管线与智慧城市融合的方法

基于城市信息模型实现地下管线与智慧城市融合的方法

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针对目前地下管线信息系统与智慧城市相对独立,缺乏集成与融合的问题,对现有研究成果、数字中国要求、城市信息模型(CIM)、地下管线三维建模等进行了研究,提出基于城市信息模型(CIM)集成地下管线三维模型,实现与智慧城市融合的方法,并在青岛市多个区域进行了实践验证.实践表明,基于城市信息模型(CIM)集成地下管线三维模型,能够实现地下管线与时空大数据的二三维一体化融合与集成;基于城市信息模型(CIM)基础平台数据汇聚共享能力,能够实现地下管线在智慧城市建设中的横向打通与纵向贯通.
A Method for Integrating Underground Pipelines with Smart Cities Based on City Information Modeling
In response to the current issue of the relative independence and lack of integration and integration between underground pipe-line information systems and smart cities,research has been conducted on existing research results,digital China requirements,City Informa-tion Modeling ( CIM),and 3D modeling of underground pipelines. A method of integrating underground pipeline 3D models based on City In-formation Modeling ( CIM) has been proposed to achieve integration and connection with smart cities,and practical verification has been con-ducted in multiple regions of Qingdao. Practice has shown that integrating the three-dimensional model of underground pipelines based on the City Information Modeling ( CIM) can achieve the integration and integration of underground pipelines and spatiotemporal big data,and based on the data aggregation and sharing capabilities of the City Information Modeling ( CIM) basic platform,it is possible to achieve horizontal and vertical connectivity of underground pipelines in the construction of smart cities.

underground pipelinescity information modelingsmart citydata fusion

孙中原、邵成立、宫宁、宗恒康、胡耀东、谢坤

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青岛市勘察测绘研究院,山东 青岛 266000

青岛市西海岸基础地理信息中心有限公司,山东 青岛 266000

海陆地理信息集成与应用国家地方联合工程研究中心,山东 青岛 266000

地下管线 城市信息模型 智慧城市 数据融合

2024

城市勘测
中国城市规划协会 武汉市测绘研究院

城市勘测

影响因子:0.488
ISSN:1672-8262
年,卷(期):2024.(3)
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