Research on Low Altitude Safety Corridor and UAS Application

Dengchao Feng, Jiaxing Wang, Junfeng Wen, Yao Wang
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Abstract

Low altitude safety corridor is not only an important infrastructure construction in China, but also the focus of low altitude strategic competition in the world. UAS is an important part of the development of low altitude safety corridor industry. With the gradual opening of low altitude airspace, the application fields of UAS are greatly expanded. In this paper, the theoretical system of low altitude safety corridor is briefly described. The technical design route of the development of the low altitude safety corridor is introduced. The multi-heterogeneous data acquisition of low altitude airspace and ground environment is used to to realize the accurate sensing and data storage of ground and aerial environment in low altitude airspace. Geographic information system, big data analysis and artificial intelligence are used to achieve accurate analysis of the collected multi-heterogeneous data. Digital twins is used to realize the simulation of low altitude operation and maintenance mechanism, so as to generate intelligent plan, and to build a command and dispatch map. Finally, the integration strategy of low altitude safety corridor and UAS application is explored, including the technological innovation of the combination of low altitude safety corridor operation and UAS application, such as the security strategy in low altitude operation area, the overall operation concept of ground and aerial environment integration, and the relevant laws and regulations.
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低空安全走廊与无人机应用研究
低空安全走廊既是中国重要的基础设施建设,也是世界低空战略竞争的焦点。无人机是低空安全走廊产业发展的重要组成部分。随着低空空域的逐步开放,无人机的应用领域得到了极大的拓展。本文简要介绍了低空安全走廊的理论体系。介绍了低空安全走廊开发的技术设计路线。采用低空空域和地面环境的多异构数据采集技术,实现低空空域地面和空中环境的精确感知和数据存储。利用地理信息系统、大数据分析和人工智能技术,实现对采集到的多异构数据的精准分析。利用数字孪生实现低空运维机构仿真,生成智能方案,构建指挥调度图。最后,探讨了低空安全走廊与无人机应用的融合策略,包括低空安全走廊运营与无人机应用相结合的技术创新,如低空作业区安全策略、地空环境一体化整体运营理念、相关法律法规等。
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