Automated building occupancy authorization using BIM and UAV-based spatial information: photogrammetric reverse engineering
Automated building occupancy authorization using BIM and UAV-based spatial information: photogrammetric reverse engineering
复制标题
使用 BIM 和基于无人机的空间信息进行自动化建筑占用授权：摄影测量逆向工程
DOI：
10.1080/13467581.2019.1631172
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发表时间：
2019
影响因子：
1.3
通讯作者：
Seungyeon Choo
中科院分区：
文献类型：
--
作者：
Seung Hyeon Lee;Seung;J. Ryu;Seungyeon Choo
摘要目前，由于使用人工测量，而不是自动测量，建筑物占用授权的检查缺乏客观性。为了改善这种状况，本研究利用无人机进行建筑物占用授权的自动化检查。完成了对建筑物占用授权的理论思考和无人机技术的发展趋势。此外，还进行了逆向工程，包括数字摄影、网络RTK-VRS测量和后处理数据。将获取的空间信息用于BIM平台中的建筑物占用检查授权，分析了基于无人机的检查的有效性和适用性。研究结果表明，无人机自动检测可以降低现场测量的错误率，对整个建筑范围进行完整的枚举调查，并收集数据，确保检测的客观性，因为真实的准确性和有效性。
ABSTRACT At present, due to the use of manual, rather than automated measurements, the inspection for building occupancy authorization lacks objectivity. Seeking to improve this situation, in this study, we used unmanned aerial vehicle for automated inspection for building occupancy authorization. Theoretical considerations about building occupancy authorization and the trend of UAV technology were accomplished. Furthermore, reverse engineering, including digital photography, network RTK-VRS surveying, and post-processing data, was conducted. The obtained spatial information was used for building occupancy inspection authorization in a BIM platform, and the effectiveness and applicability of UAV-based inspection was analyzed. The results of this study demonstrate that UAV-based automated inspection can reduce error rate in on-site measurement, conduct complete enumeration survey of the entire range of building, and collect data ensuring objectivity of the inspection due to authentic accuracy and effectiveness.