电子世界
電子世界
전자세계
ELECTRONICS WORLD
2013年
17期
123-124
,共2页
无线传感器网络%远程监测%实时监测
無線傳感器網絡%遠程鑑測%實時鑑測
무선전감기망락%원정감측%실시감측
Wireless sensor network%Remote monitoring%Real-time monitoring
海水养殖环境水质监测通常采用人工采样、实验室分析方法,存在实时性差、实验环境与实际环境有差异等问题。本文提出一种基于无线通信技术的远程水质实时监测方法。采用无线传感器网络作为主要通信手段,实现对养殖环境水质的远程实时监测。实验表明,该系统运行可靠、操作方便。
海水養殖環境水質鑑測通常採用人工採樣、實驗室分析方法,存在實時性差、實驗環境與實際環境有差異等問題。本文提齣一種基于無線通信技術的遠程水質實時鑑測方法。採用無線傳感器網絡作為主要通信手段,實現對養殖環境水質的遠程實時鑑測。實驗錶明,該繫統運行可靠、操作方便。
해수양식배경수질감측통상채용인공채양、실험실분석방법,존재실시성차、실험배경여실제배경유차이등문제。본문제출일충기우무선통신기술적원정수질실시감측방법。채용무선전감기망락작위주요통신수단,실현대양식배경수질적원정실시감측。실험표명,해계통운행가고、조작방편。
Aquaculture water quality monitoring usual y adopts manual sampling,laboratory analysis method,poor real-time,the experimental environment and the actual conditions of the problem.This paper presents a method for real-time monitoring of remote water quality based on wireless communication technology.The use of wireless sensor network as the main means of communication,to realize remote real-time monitoring of aquaculture water.Experiments show that,this system is reliable,easy to operate.