基于激光雷达扫描的输电空间三维数据智能监测系统

An intelligent monitoring system based on lidar scanning for 3D transmission data

为解决传统输电空间三维数据监测系统存在监测精度低、耗时长等问题,设计了基于激光雷达扫描的输电空间三维数据智能监测系统。以传感器设备作为核心处置元件,按照三维数据的层级化处理标准,连接输电数据采集终端与监测处理器,完成监测系统硬件设计。在此基础上,对输电空间三维输电信号进行预处理;通过初始化监测信号,获取具体电量存储空间容纳条件,完成系统软件设计。将系统硬件与软件相结合,完成基于激光雷达扫描的输电空间三维数据智能监测系统设计。实验结果表明,与传统监测方法相比,采用设计的系统监测,电子流量平均值上升至8.3×10~7T,UTI精度系数也达到9.6,可实现输电空间内三维数据准确监测。

In order to solve the problems of low accuracy and long time of traditional transmission space 3D data monitoring system,an intelligent transmission space 3D data monitoring system based on lidar scanning is designed.According to the hierarchical processing standard of 3D data,the transmission data acquisition terminal and monitoring processor are connected to complete the hardware design of the monitoring system.On this basis,the three-dimensional transmission signal of transmission space is preprocessed,and the system software design is completed by initializing the monitoring signal to obtain the specific storage conditions.Combining the hardware and software of the system,the design of threedimensional data intelligent monitoring system based on lidar scanning is completed.The experimental results show that,compared with the traditional monitoring methods,the average value of electronic flow rises to 8.3×10~7 T and the UTI accuracy coefficient reaches 9.6 after the system is designed in this paper,which can realize the accurate monitoring of three-dimensional data in the transmission space.