一种滑坡治理方案动态优化方法和系统
By combining surface thermal infrared data and three-dimensional laser scanning data, using Transformer and deep neural networks to identify geothermal sensitive areas, constructing freeze-thaw instability analysis maps, and optimizing anchor pile locations, the accuracy and dynamic response issues of traditional landslide control schemes in high-altitude permafrost regions were solved, achieving efficient landslide control results.
CN121881690BActive Publication Date: 2026-07-17SICHUAN YIBIN GEOLOGICAL ENG SURVEY COURTYARD
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Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Patents(China)
- Current Assignee / Owner
- SICHUAN YIBIN GEOLOGICAL ENG SURVEY COURTYARD
- Filing Date
- 2026-03-22
- Publication Date
- 2026-07-17
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Abstract
本发明提供的一种滑坡治理方案动态优化方法和系统，本发明涉及滑坡治理技术领域，该方法包括获取高寒冻土路基段的地表热红外数据、三维激光扫描地形点云数据；基于多个地温敏感区信息、所述多个地温稳定区信息确定多个冻融滑坡风险区；基于多个冻融滑坡风险区确定滑坡代表治理区、多个核心滑坡协同治理区；基于滑坡代表治理区的加固稳定性响应数据、滑坡代表治理区的第二加固稳定性响应数据、多个核心滑坡协同治理区确定每个核心滑坡协同治理区的多个目标锚固桩位置点；基于每个核心滑坡协同治理区的多个目标锚固桩位置点进行锚固桩施工，该方法能够高效精准确定适配高寒冻土复杂工况的滑坡治理锚固桩位置点动态优化方案。
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