农机化研究
農機化研究
농궤화연구
JOURNAL OF AGRICULTURAL MECHANIZATION RESEARCH
2014年
9期
115-120
,共6页
农田环境%无线传感器网络%协调器%路由器%监测
農田環境%無線傳感器網絡%協調器%路由器%鑑測
농전배경%무선전감기망락%협조기%로유기%감측
farmland environment%coordinator%router%monitoring
无线传感器网络的发展为农田环境因子监测系统提供了新的设计模式。为此,以冬枣栽培环境因子为对象设计了监测系统,系统数据采集部分利用无线传感器模块和相关的传感器搭建了系统硬件平台,基于 Zig-bee 2007/PRO协议栈设计了所需要的应用程序,使数据采集部分具有树型网络拓扑结构,具有自组织及自修复网络的能力。通过比较发现,目前相关设计的功能较简单,一般只包括实时显示、历史数据查询和保存功能。因此,基于LabVIEW 开发平台设计了监测部分,添加了报表生成和报表发送、报表定时发送、采集周期设置等功能,使监测系统的功能得到进一步完善,更具人性化。经过整体调试,使系统具有良好的操纵性、较高的可靠性和实用价值。
無線傳感器網絡的髮展為農田環境因子鑑測繫統提供瞭新的設計模式。為此,以鼕棘栽培環境因子為對象設計瞭鑑測繫統,繫統數據採集部分利用無線傳感器模塊和相關的傳感器搭建瞭繫統硬件平檯,基于 Zig-bee 2007/PRO協議棧設計瞭所需要的應用程序,使數據採集部分具有樹型網絡拓撲結構,具有自組織及自脩複網絡的能力。通過比較髮現,目前相關設計的功能較簡單,一般隻包括實時顯示、歷史數據查詢和保存功能。因此,基于LabVIEW 開髮平檯設計瞭鑑測部分,添加瞭報錶生成和報錶髮送、報錶定時髮送、採集週期設置等功能,使鑑測繫統的功能得到進一步完善,更具人性化。經過整體調試,使繫統具有良好的操縱性、較高的可靠性和實用價值。
무선전감기망락적발전위농전배경인자감측계통제공료신적설계모식。위차,이동조재배배경인자위대상설계료감측계통,계통수거채집부분이용무선전감기모괴화상관적전감기탑건료계통경건평태,기우 Zig-bee 2007/PRO협의잔설계료소수요적응용정서,사수거채집부분구유수형망락탁복결구,구유자조직급자수복망락적능력。통과비교발현,목전상관설계적공능교간단,일반지포괄실시현시、역사수거사순화보존공능。인차,기우LabVIEW 개발평태설계료감측부분,첨가료보표생성화보표발송、보표정시발송、채집주기설치등공능,사감측계통적공능득도진일보완선,경구인성화。경과정체조시,사계통구유량호적조종성、교고적가고성화실용개치。
Development of wireless sensor network provides a new design mode for the farmland environment monitoring system .Essay designed monitoring system for the jujube cultivation environment factor , The data acquisition part used wireless sensor module and the associated sensors to set up hardware platform , based on Zigbee 2007/PRO protocol stack essay designed required application , the data acquisition part has tree network topology , and has a self-organizing and self-healing networks .That through the comparison to other relevant article found the designed function relatively simple , generally only included real-time display , historical data query and save function .Therefore ,the article designed a moni-toring part based on LabVIEW ,which has the historical data query , report generation and send reports , statements sent from time to time , acquisition cycle settings and other functions , so that the monitoring function of the system has been further improved , more humane .After debugging , the system has good maneuverability , high reliability , high practical value .