Design for the Real-Time Three-Dimensional Digital Platform of GIS-Based Mine Safety Monitoring

Abstract:

With the applications of GIS technology, 3D modeling, programming, database technology and network communication technology, combining with Visual C ++6.0 and OpenGL, a real-time three-dimensional digital platform of GIS-based safety monitoring was designed. In the platform, a GIS-based mine simulation model and database framework were built; an overall data integration structure of the three-dimensional digital platform was designed; the GIS-based safety monitoring platform model and platform architecture were designed too. The platform has been designed and implemented in some one mining area in Shandong province and the application works well. This platform’s design and implementation, one of the most typical and successful cases in digital mine construction, provides viable ideas and methods for the construction of the real-time and three-dimensional digital safety monitoring building.

• Periodical: Advanced Materials Research (Volumes 225-226)
• Pages: 1162-1166
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.225-226.1162
• Online since: April 2011
• Authors: Tai An Liu, Qiu Xin Yuan, Yin Lei Wang, Jia Chang Xu, Zheng Cha
• Keywords: Data Integration Framework, Gas Insulation Switchgear (GIS), Mine System Simulation Modeling, Platform Foundational Architecture, Three-Dimensional Digital Platform Model

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