【作者】 杨延珍；

【导师】 郭惟嘉；

【作者基本信息】 山东科技大学 ， 安全技术及工程， 2003， 硕士

【摘要】 本文针对我国煤矿企业现代信息可视化管理，尤其是三维采矿信息可视化管理性较差的状况，主要研究了采矿引起的地表移动信息的可视化管理的实现技术。通过信息可视化技术的研究，提出了基于采矿引起的地表移动信息的三维可视化研究模型。利用MAPGIS地理信息系统平台为用户提供的二次开发组件及函数类库，并在此基础上将地理信息系统技术、多媒体技术和数据库技术、虚拟现实技术相结合，并将传统的MIS与GIS有机地结合，最终研制出了以采矿引起的地表移动信息处理为主要内容的可视化管理系统。 本系统实现了采矿引起的地表移动信息数据，包括空间数据和非空间数据的输入输出、实时更新与处理、地表移动三维数据的立体图显示与分析、剖面图的生成及三维模拟地形的虚拟演示。本系统工作可靠，使用方便，较好地实现了地表移动信息的可视化和智能化管理与应用，给用户提供了更为直观的数据信息表现形式，为工矿企业的安全生产及正确决策提供了有效的技术手段。更多还原

【Abstract】 The dissertation mainly studies the visual management technology of the surface subsidence information caused by mining, direct against the poor situation of the visual management of the coal mining enterprise modern information, especially the visual management of three-dimension(3-D) mining information, in our country. A 3-D visual study model is put forward by studying visual information technology, which based on the information caused by mining. With the organic combination of MIS and GIS, using the secondary development components and function classes provided by MAPGIS, a visual information management system is developed, which combines multiple technologies, such as GIS, multimedia, database, visual reality, and so on.In the system, the information caused by mining, including spatial and non-spatial data, can be input/output, processing and updating timely, the display and analysis of 3-D block derived from surface subsidence data, the production of section map and the demonstration of 3-D simulation topography. The system is reliable to work and easy to use. It realizes the visual and intelligent management and application of the surface subsidence information, provides the ocular demonstration of the data for the user and provides the technology means for the safe production and correct decision of the coal mining enterprises.更多还原