文献类型：期刊文献

中文题名：基于LabVIEW的海洋浮标水质监测系统

英文题名：Marine buoy water quality monitoring system based on Lab view

作者：李海龙[1];李凯[1];孔建华[1]

机构：[1]广东海洋大学船舶与海运学院,广东湛江524005

年份：2023

卷号：43

期号：6

起止页码：102

中文期刊名：船电技术

外文期刊名：Marine Electric & Electronic Engineering

语种：中文

中文关键词：海洋浮标;单片机;LabVIEW;水质监测;模糊评价

外文关键词：ocean buoy;single chip microcomputer;Lab View;water quality monitoring;fuzzy evaluation

中文摘要：为了构建基于LabVIEW的海洋浮标水质监测系统,根据我国近海海洋环境监测的典型水质参数并参考《国家海水水质标准》(GB 3097-1997),设计一种适用于近海海域的海洋浮标水质监测系统,运用模糊评价理论,建立近海海水水质的模糊评价模型。在海洋浮标上利用单片机控制器定时采集海洋水质参数信息,并在岸基设计基于Labview的海洋浮标水质监测系统。应用该监测系统对某近海海域进行水质监测,引入模糊评价理论对进行水质评估,结果表明可实现对近海水域水质的评估。该监测系统无需投入大量的人力物力,极大地弥补了传统的人工抽样监测方案的不足。评估结果较好反映了近海海水水质环境的发展态势,可为海洋牧场水域的选址和海水污染的综合治理提供参考。

外文摘要：To construct the water quality monitoring system of ocean buoy based on LabVIEW,according to the typical water quality parameters of offshore Marine environment monitoring and referring to the National Standard for Marine Water Quality(GB 3097-1997),an ocean buoy water quality monitoring system suitable for offshore waters was designed.A comprehensive evaluation model of offshore water quality was established by using the fuzzy evaluation theory.A single chip microcomputer controller is used to collect the information of ocean water quality parameters,and a Labview based ocean buoy water quality monitoring system is designed.This monitoring system was used to monitor the water quality of a certain offshore area,and the fuzzy evaluation theory was introduced to evaluate the water quality.The results showed that the water quality of offshore waters could be evaluated.The monitoring system does not need to invest a lot of manpower and material resources,which greatly makes up for the shortcomings of the traditional manual sampling monitoring scheme.The evaluation results reflect the development trend of offshore seawater quality environment well,and can provide reference for the site selection of Marine pastures and the comprehensive treatment of seawater pollution.