福建农业科技
福建農業科技
복건농업과기
FUJIAN AGRICULTURAL SCIENCE AND TECHNOLOGY
2014年
11期
72-76
,共5页
周恒瑞%马从国%王业琴%陈万%金德飞
週恆瑞%馬從國%王業琴%陳萬%金德飛
주항서%마종국%왕업금%진만%금덕비
GpRS%无线传感网%太阳能%水质监控%GpS定位
GpRS%無線傳感網%太暘能%水質鑑控%GpS定位
GpRS%무선전감망%태양능%수질감공%GpS정위
General Packet radio service%wireless sensor network%solar energy%water quality monitoring%GpS
设计了基于GpRS的无线传感器网络的池塘水域水质监测节点，采用STC89 C52单片机作为节点主控芯片。由太阳能供电的节点会根据光线情况控制节点移动并定时采集和发送水质数据到上位机，上位机分析并存储接收到的数据。该设计还利用灾B6.0软件开发了监控软件，可查看所监测的水体各个位点的历史数据。
設計瞭基于GpRS的無線傳感器網絡的池塘水域水質鑑測節點，採用STC89 C52單片機作為節點主控芯片。由太暘能供電的節點會根據光線情況控製節點移動併定時採集和髮送水質數據到上位機，上位機分析併存儲接收到的數據。該設計還利用災B6.0軟件開髮瞭鑑控軟件，可查看所鑑測的水體各箇位點的歷史數據。
설계료기우GpRS적무선전감기망락적지당수역수질감측절점，채용STC89 C52단편궤작위절점주공심편。유태양능공전적절점회근거광선정황공제절점이동병정시채집화발송수질수거도상위궤，상위궤분석병존저접수도적수거。해설계환이용재B6.0연건개발료감공연건，가사간소감측적수체각개위점적역사수거。
A wireless sensor network of the Pond water quality monitoring node based on GpRS was designed using STC89C52 microcontroller as the main control chiP. The node Powered by solar energy moved according to light and timely collected and sent the acquisition quality data to pC,then pC analyzed and stored the received data. The monitoring software was designed by using VB6. 0,could check the historical data for monitoring water at different Positions .
