摘要
超远程烟雾探测系统引进瑞士森林防火实验室技术,利用多光谱分析等技术对烟雾敏感光谱范围内的图像进行逐个像素对比分析,系统检测分析软件集成了多种交互算法,对每一个传感器单元的值进行分析,传感器会与宏族每一个像素组扫描相关联,并与观察区域的扫描距离相适应。本文通过对超远程烟雾探测系统的工作原理、技术特点、实测以及应用场景进行研究,以期能为森林防火行业提供借鉴。
Ultra-long-range smoke detection system introduces the technology of Swiss Forest Fire Prevention Laboratory,and makes use of multispectral analysis and other technologies to compare and analyze the images in the smoke sensitive spectral range pixel by pixel.The system detection and analysis software integrates a variety of interactive algorithms to analyze the value of each sensor unit,and the sensor will be associated with the scanning of each pixel group of the macro family and adapt to the scanning distance of the observation area.In this paper,the working principle,technical characteristics,actual measurement and application scenarios of ultra-long-range smoke detection system are studied,in order to provide reference for forest fire prevention industry.
作者
严敏军
郑晖
李冬丽
李维
喻金金
徐伟刚
Yan Minjun;Zheng Hui;Li Dongli;Li Wei;Yu Jinjin;Xu Weigang(Jiangxi Huayu Software Company Limited,Nanchang Jiangxi 330096,China)
出处
《南方林业科学》
2021年第4期57-60,共4页
South China Forestry Science
基金
江西省科技厅项目“基于移动物联网的全天候森林防火预警系统”(项目编号:20193ABC03A016)。
关键词
多光谱
数据交互分析
GIS
烟雾报警
定位
超远距离探测
multispectral
data interaction analysis
GIS
smoke alarm
positioning
ultra long distance detection