移动式三维激光扫描技术在矿山测量中的精度及误差分析

Accuracy and Error Analysis of Mobile 3D Laser Scanning Technology in Mine Surveying

矿山环境通常具有复杂的地形和大规模的开采活动,因此需要高精度的测量数据来支持矿山规划、监测地质变化和确保矿山安全。而移动式三维激光扫描技术的引入为矿山行业提供了一种快速、全面且非接触的测量方法,有望打破传统方法的限制,并改进矿山测量的精度和效率。本文旨在评估该技术在矿山环境下的测量精度,以及分析可能影响结果的误差因素。研究结果显示,移动式激光扫描技术在矿山测量中具有较高的精度,能够提供详细的地形和物体信息。然而仪器、环境因素、运动以及数据处理等也会对精准度造成一定的误差,从而对测量结果产生一定影响。该研究为矿山勘探和地质测量领域提供了有价值的参考和启示,但需要更多研究来改进精度并减小误差,以确保其可靠性和可应用性。

Mining environments typically have complex terrain and large-scale mining activities,requiring high-precision measurement data to support mine planning,monitor geological changes,and ensure mine safety.The introduction of mobile 3D laser scanning technology provides a fast,comprehensive,and non-contact measurement method for the mining industry,which is expected to break the limitations of traditional methods and improve the accuracy and efficiency of mining measurement.This article aims to evaluate the measurement accuracy of this technology in mining environments and analyze possible error factors that may affect the results.The research results show that mobile laser scanning technology has high accuracy in mining surveying and can provide detailed terrain and object information.However,instruments,environmental factors,motion,and data processing can also cause certain errors in accuracy,which can have a certain impact on measurement results.This study provides valuable reference and inspiration for the fields of mining exploration and geological surveying,but more research is needed to improve accuracy and reduce errors to ensure its reliability and applicability.