基于高精度实景三维的矿山智慧监管应用探索

Study on Application of Mine Intelligent Supervision Based on High Precision Realistic 3D Technology

摘要:

本文基于高精度实景三维技术，通过构建多源数据融合的“智慧管矿”监管平台，实现对矿山的智能化分析及信息化监管。采用倾斜摄影测量、三维激光扫描等高精度实景三维技术，结合大数据、物联网和人工智能等开展关键技术研究，并选取1个露天矿山、1个地下开采矿山进行实践验证。结果表明，基于高精度实景三维技术开发的“智慧管矿”监管平台在矿山超层越界开采的动态监管中效果显著，有效提升了矿产资源管理的智能化水平，为矿山监管提供了新的示范与借鉴。

Abstract:

Based on high precision real time 3D technology, through onstructing a "smart mine management" supervision platform, intelligent analysis and information-based supervision of mines have been realized. By using high precision real-time 3D technologies, such as oblique photogrammetry and 3D laser scanning, combining with big data, the integrated big data, the internet of things and artificial intelligence, key technology research has been carried out. One open-pit mine and one underground mining mine have been selected for practical verification. It is showed that "smart mine management" supervision platform developed based on high-precision real-time 3D technology has significant effects in dynamic supervision of mining super layer boundary mining. It can effectively improve the intelligence level of mineral resource management and provide new demonstration and references for mining supervision.