农机化研究
農機化研究
농궤화연구
JOURNAL OF AGRICULTURAL MECHANIZATION RESEARCH
2014年
11期
188-194
,共7页
马为红%吴华瑞%孙想%李飞飞
馬為紅%吳華瑞%孫想%李飛飛
마위홍%오화서%손상%리비비
温室环境监测%ZigBee组网%智能报警%GPRS数据传输%双向通讯
溫室環境鑑測%ZigBee組網%智能報警%GPRS數據傳輸%雙嚮通訊
온실배경감측%ZigBee조망%지능보경%GPRS수거전수%쌍향통신
greenhouse environment monitoring%ZigBee%intelligent alarming%GPRS data transmission%bidirectional communication
设计了一种基于 ZigBee 和GPRS无线传输的温室环境智能监测和报警系统,有效地解决了温室环境监测过程中布线困难、报警方式单一、成本高、不能稳定运行等缺点。以微型处理器和 ZigBee 通讯节点作为采集节点,以ZigBee 和GSM/GPRS通讯模块作为汇聚和远程数据传输的网关节点,采用树状的组网方式完成短距离的数据汇聚,通过GPRS完成远程数据传输;在服务器上配置了数据库和网页远程服务,用户通过用户终端远程访问温室作物实时监测数据。本文实现了节点和服务器的双向数据通讯,使服务器可以远程配置单个采集节点的报警上下阈值和采集时间周期;完成了温室环境的智能报警;加入了系统可靠运行机制,使系统可以连续、稳定地运行。经试验验证,系统可以满足温室作物生长环境的智能监测和报警需求。
設計瞭一種基于 ZigBee 和GPRS無線傳輸的溫室環境智能鑑測和報警繫統,有效地解決瞭溫室環境鑑測過程中佈線睏難、報警方式單一、成本高、不能穩定運行等缺點。以微型處理器和 ZigBee 通訊節點作為採集節點,以ZigBee 和GSM/GPRS通訊模塊作為彙聚和遠程數據傳輸的網關節點,採用樹狀的組網方式完成短距離的數據彙聚,通過GPRS完成遠程數據傳輸;在服務器上配置瞭數據庫和網頁遠程服務,用戶通過用戶終耑遠程訪問溫室作物實時鑑測數據。本文實現瞭節點和服務器的雙嚮數據通訊,使服務器可以遠程配置單箇採集節點的報警上下閾值和採集時間週期;完成瞭溫室環境的智能報警;加入瞭繫統可靠運行機製,使繫統可以連續、穩定地運行。經試驗驗證,繫統可以滿足溫室作物生長環境的智能鑑測和報警需求。
설계료일충기우 ZigBee 화GPRS무선전수적온실배경지능감측화보경계통,유효지해결료온실배경감측과정중포선곤난、보경방식단일、성본고、불능은정운행등결점。이미형처리기화 ZigBee 통신절점작위채집절점,이ZigBee 화GSM/GPRS통신모괴작위회취화원정수거전수적망관절점,채용수상적조망방식완성단거리적수거회취,통과GPRS완성원정수거전수;재복무기상배치료수거고화망혈원정복무,용호통과용호종단원정방문온실작물실시감측수거。본문실현료절점화복무기적쌍향수거통신,사복무기가이원정배치단개채집절점적보경상하역치화채집시간주기;완성료온실배경적지능보경;가입료계통가고운행궤제,사계통가이련속、은정지운행。경시험험증,계통가이만족온실작물생장배경적지능감측화보경수구。
One of the greenhouse environment intelligent monitoring and alarm systems based on zigbee and GPRS tech -nology was designed in this paper which effectively solved the problem of difficulty of wiring , less alarm mode ,the high cost and unstable operation in the process of greenhouse monitoring .The sensor node was made up of micro-processor and zigbee communication node , and the gateway node was composed of zigbee and GSM /GPRS communication module . Data was summarized using mesh-tree Network in the short distance and was remotely transmitted via GPRS .The data-base and Web remote services were configured on the server ,so the user can remotely view real-time monitoring data of greenhouse crops through the user terminal .Bi-directional data communication was realized between the acquisition node and the server in this article , so that the upper and lower alarm threshold and collection time period could been remotely configured by the server .The mechanism of reliable operation was added in this system ,so that the system can run contin-uously and stably for a long time .Experimental verification , the system designed in this article can meet the greenhouse environment intelligent monitoring and alarm ’ s requirements .