摘要
针对传统气象观测站数据监测系统受到干扰数据影响而导致监测精准度低的问题,提出了基于5G通信及遥感卫星的气象观测站数据监测系统设计;根据系统平台架构,将系统分为应用层、插件层、数据层和软件硬件支撑层4个层次;使用CC2530采集终端采集空气温湿度、土壤湿度等数据,利用5G通信技术将数据发送至物联网关,再通过Web将数据存储到手机中;使用PCIE数据采集卡采集遥感卫星气象观测站数据,选择MSOP8监测器监测串口通信数据,完成系统硬件设计;选择后台遥感卫星气象观测站数据库,利用平均算子分析滤波器降噪情况,得到异常数据模型,确定正常数据,实现气象观测站数据监测系统设计;由实验结果可知,该系统监测最高监测效果可达到99%,能够为气象观测站提供设备支持。
Aiming at the problem of low monitoring accuracy caused by interference data in traditional meteorological observation station data monitoring system,the design of meteorological observation station data monitoring system based on 5 Gcommunication and remote sensing satellite is proposed.According to the system platform architecture,the system is divided into application layer,plug-in layer,data layer and software and hardware support layer.CC2530 acquisition terminal is used to collect air temperature and humidity,soil moisture and other data,and 5 Gcommunication technology is used to send the data to IOT gateway,and then the data is stored in the mobile phone through web.The data of meteorological observation station of remote sensing satellite was collected by using the data acquisition card of PCIe,and the serial communication data was monitored by MSOP8 monitor.The background remote sensing satellite meteorological observation station database is selected,and the average operator is used to analyze the filter noise reduction.The abnormal data model is obtained and the normal data is determined.The design of meteorological observation station data monitoring system is realized.The experimental results show that the maximum monitoring effect of the system can reach 99%,which provides equipment support for meteorological observation stations.
作者
张润东
张雄
陈鑫羽
Zhang Rundong;Zhang Xiong;Chen Xinyu(Physics and Electronic Information College,Yanan University,Yanan 716000,China)
出处
《计算机测量与控制》
2021年第3期77-81,共5页
Computer Measurement &Control
关键词
5G通信
遥感卫星
气象观测站
数据监测
5G communication
remote sensing satellite
meteorological observation station
data monitoring
作者简介
张润东(1998-),男,陕西咸阳人,本科,主要从事信号处理方向的研究。
