毫米波雷达在地下矿井结构三维重建中的应用研究

Prospects and Challenges of Millimeter Wave Radar in Three-dimensional Reconstruction of Underground Mine Structures

毫米波雷达技术具有潜在的广泛应用前景,包括高精度三维地下地图制作、矿井安全性提升、勘探效率提高、无须开挖的地质信息获取以及自主导航与定位的潜力。然而,使用毫米波雷达技术也面临着多重挑战,如复杂地质条件下的性能限制、信号穿透性问题、数据处理与解释难题、成本与设备维护以及隐私和法规问题。为了克服这些挑战,提出了技术改进、数据处理工具开发、成本效益分析与资源管理、合规性和隐私保护等解决方法。最后,展望了毫米波雷达技术在地下矿井领域的未来发展前景,强调其在提高矿业行业效率和安全性方面的潜力。

Millimeter wave radar technology has potential for a wide range of applications,including high-precision 3D underground map production,improved mine safety,improved exploration efficiency,geological information acquisition without excavation,and the potential for autonomous navigation and positioning.However,the use of millimeter wave radar technology also faces multiple challenges,such as performance limitations under complex geological conditions,signal penetration issues,difficulties in data processing and interpretation,cost and equipment maintenance,as well as privacy and regulatory issues.To overcome these challenges,solutions have been proposed,including technological improvements,development of data processing tools,cost-benefit analysis and resource management,compliance,and privacy protection.Finally,the future development prospects of millimeter wave radar technology in the field of underground mines were discussed,emphasizing its potential in improving efficiency and safety in the mining industry.