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通信光缆无人机长距离巡线系统
引用本文:葛大江,王洪梅,魏巍.通信光缆无人机长距离巡线系统[J].海军航空工程学院学报,2022,37(3):284-290.
作者姓名:葛大江  王洪梅  魏巍
作者单位:78156部队,重庆 400000
摘    要:随着信息化程度逐步提升,通信网络规模的不断扩大,巡检光缆等运维工作量也随之大幅增加。同时,由于各单位编制体制改革,巡线人员大量精减,使巡检人员少和光缆线路长、设备多的矛盾日益凸显。针对传统光缆巡检因人力巡检方式带来的低效问题,设计了 1种无人机巡线系统替代人力巡检,对实时航拍巡检路段的视频、图片等数据信息,后台可智能识别航拍图片中的危险告警信息,从而生成告警报告,有效提高光缆巡检人员工作效率。

关 键 词:光缆巡检  无人机  航拍影像  图像识别

Long Distance Patrolling System of Unmanned Aerial Vehicle for Communication Fiber Optic Cable
GE Dajiang,WANG Hongmei,WEI Wei.Long Distance Patrolling System of Unmanned Aerial Vehicle for Communication Fiber Optic Cable[J].Journal of Naval Aeronautical Engineering Institute,2022,37(3):284-290.
Authors:GE Dajiang  WANG Hongmei  WEI Wei
Institution:The 78156th Unit of PLA, Chongqing 400000, China
Abstract:With the gradual improvement of informationization, the scale of the communication network continues to expand,and the workload of optical cable inspection and other operation and maintenance work also increases significantly. At thesame time, as a result of the establishment reform, the number of patrol personnel has been greatly reduced, and the contra.diction between fewer patrol personnel and more cable lines and equipment is becoming increasingly prominent. In view ofthe traditional optical inspection inefficiencies due to the human inspection method, an unmanned aerial vehicle patrol sys.tem is designed to replace human inspection. The system can take real-time aerial photographs for videos, pictures, and oth.er data information of the inspection section, identify the dangerous alarm information in the aerial photography intelligentlyin the background and generate alarm reports. The system can improve checking efficiency.
Keywords:optical cable inspection  unmanned aerial vehicle  aerial image  image recognition
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