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Research on mining subsidence prediction based on GIS

机译:基于GIS的开采沉陷预测研究。

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摘要

Based on a GIS (geographic information system) and stochastic approach, a study has been done for predicting the mining subsidence of Beiminghe Iron Mine. A three-dimensional (3D) calculating model related to geographic, geologic and inherent information has been made, and then the new system, which is developed by the stochastic and component techniques, is used to predict the mining subsidence. By using the effective spatial analytical function and the drawing tool of GIS, the analysis results intuitively show the degree and scope of mining subsidence. By a comparison with the observation data of the ground surface and actual situation, the proposed approach has been verified and a 3D visual platform is offered for safety control of the metal mine.
机译:基于GIS(地理信息系统)和随机方法,对北明河铁矿开采沉陷进行了预测研究。建立了与地理,地质和固有信息有关的三维(3D)计算模型,然后使用随机和组成技术开发的新系统用于预测开采沉陷。通过使用有效的空间分析功能和GIS绘图工具,分析结果直观地显示了开采沉陷的程度和范围。通过与地表观测数据和实际情况的比较,对所提方法进行了验证,并为金属矿山的安全控制提供了3D可视平台。

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