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Prediction of natural and technogenic negative processes based on the analysis of relief and geological structure

机译:基于浮雕与地质结构分析的自然和介性负面过程预测

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The article presents research on predicting landslides of different origin;;also addressed an important question of spatial specification of earth surface displacement in undermining areas. Normative and methodological sources have no concrete solutions to these issues for a variety of territory conditions. For prediction of natural landslides used digital elevation models built on the basis of the airborne laser scanning data. Dangerous areas are modeled on the landslide potential and with neural network analysis. Suggested the technique of technogenic landslide prediction. Determined the influence of landslide curvature parameter (in horizontal plane) on the basis of numerical 3D simulations. Showed technological schemes of pit edge deformation observations. Described the technique of instrumental observations on the spatial determination of earth surface subsidence zone in undermining. Used laser scanning system. Dynamic visualization of the earth surface is implemented in 3ds Max.
机译:本文提出了预测不同起源的山体滑坡的研究;还涉及破坏区域地球表面位移的空间规范的重要问题。对于各种领土条件,规范和方法来源对这些问题没有具体的解决方案。用于预测自然山体滑坡,使用基于空中激光扫描数据构建的数字高度模型。危险地区采用滑坡潜力和神经网络分析。建议介绍技术滑坡预测技术。基于数值3D模拟确定滑坡曲率参数(水平平面中)的影响。显示了凹坑边缘变形观测的技术方案。描述了仪器观测技术对破坏性地球表面沉降区的空间测定技术。二手激光扫描系统。地面表面的动态可视化在3ds max中实现。

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