CAJ | 학술논문

为满足现代农业对大区域农田土壤的监测需要，设计了一套基于 ZigBee 和 WCDMA 技术的远程监测系统。该系统利用CC 2530核心芯片组建农田内节点间ZigBee 网络，使用DTU通过WCDMA 的3 G上网方式进行远程数据传输，采用太阳能供电。该设计利用LabVIEW 开发上位机软件并进行 Web 发布，可对大区域农田土壤温度、湿度、pH 值和电导率远程实时监测和多终端可视化显示。实验结果表明：该系统在划定的40000 m2试验田内，运行稳定，界面友好，使用方便，满足现代农业监测要求。
위만족현대농업대대구역농전토양적감측수요，설계료일투기우 ZigBee 화 WCDMA 기술적원정감측계통。해계통이용CC 2530핵심심편조건농전내절점간ZigBee 망락，사용DTU통과WCDMA 적3 G상망방식진행원정수거전수，채용태양능공전。해설계이용LabVIEW 개발상위궤연건병진행 Web 발포，가대대구역농전토양온도、습도、pH 치화전도솔원정실시감측화다종단가시화현시。실험결과표명：해계통재화정적40000 m2시험전내，운행은정，계면우호，사용방편，만족현대농업감측요구。
With the development of the modern agriculture , the people have increasingly high monitoring demand of large <br> areas farmland .This paper designs a remote monitoring system based on ZigBee and WCDMA technologies .Utilizing the chip CC2530 ,the system set up a ZigBee network within the nodes of farmland .By using 3 G network via the WCDMA , the monitoring system carries out the transmission of the remote data and uses solar power .The design used LabVIEW de-velopment of PC software and web publishing .The system can carry out the real-time remote monitoring of the soil tem-perature , humidity , PH value and conductivity .The experimental results in 40000 square meters of experimental field shows that the system has well stable performance , friendly interface , easy to use , and meets the requirements of the modern agriculture monitoring .