摘要
为了提高对偏远山区局部气象的远程监测能力,降低山区气象灾害对农作物生长的不利影响,提出了一种气象远程监测预警系统设计方案。该方案对前端采集终端结构进行优化,利用微电子检测技术和4G无线通信网络,实现对气象数据和图像数据的同步采集与远程传输,并利用远程服务器对多个采集终端数据进行整合,利用智能识别算法对数据进行分析,输出气象监测和预警结果。该优化设计方案结构简单、搭建成本低,试验结果表明,其数据传输稳定,能够满足农业气象数据的传输速率要求。
In order to improve remote monitoring ability of local meteorology in remote mountainous areas and reduce adverse impact of meteorological disasters on crop growth in mountainous areas,a design scheme of meteorological remote monitoring and early warning system was proposed.Structure of front-end acquisition terminal was optimized,synchronous acquisition and remote transmission of meteorological data and image data was realized by using microelectronic detection technology and 4G wireless communication network.Multiple acquisition terminal data was integrated by using remote server,the data was analyzed by using intelligent recognition algorithm,and meteorological monitoring and early warning results were output.The optimized design scheme has advantages of simple structure and low construction cost.Experimental results showed that data transmission was stable and could meet transmission rate requirements of agrometeorological data.
作者
祁卓平
QI Zhuoping(Lintao County Meteorological Bureau,Dingxi Gansu 730599,China)
出处
《农业工程》
2022年第4期54-57,共4页
AGRICULTURAL ENGINEERING
关键词
气象监测
山区农业
远程监控
气象预警
无线通信
meteorological monitoring
mountain agriculture
remote monitoring
meteorological early warning
wireless communication
