The construction of 3D urban geological information platform based on T-C-V architecture
Yu-Feng HE1,2, Xiao-Juan LI3, Ji-Hong SHE2, Ye CHEN2, Li-Peng XU2
1. School of Geographic Science, NanJing Normal University ,Nanjing 210023,China 2. Geological Exploration Technology institute of Jiangsu Province,Nanjing 210008,China 3. Geographic and Oceanographic Science, Nanjing University,Nanjing 210046,China
On the basis of the powerful spatial data management and analysis function of ArcGIS platform, the OGRE graphics engine is used to develop the spatial 3D platform from the bottom, and the three-dimensional urban geological platform based on the T-C-V (terminal-cloud-virtual end) architecture model is designed by using cloud computing technology. Through a unified storage standard, professional analysis methods, common service interface and comprehensive service system, the platform achieves a set of urban engineering drilling data management, multi-source data fusion, regional information services, three-dimensional geological modeling, geological output and sharing, geological data retrieval and other functions in one of the service system. A unified data center is established in the form of services to achieve platform data sharing and interoperability, and then the use of three-dimensional geological data is improved. The established method of prototype system is proved to meet the production requirements in actual use.
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Yu-Feng HE, Xiao-Juan LI, Ji-Hong SHE, Ye CHEN, Li-Peng XU. The construction of 3D urban geological information platform based on T-C-V architecture. Geophysical and Geochemical Exploration, 2018, 42(4): 804-810.
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