集约化水产养殖监控系统设计和实现  

The Design of the Aquatic Environment Monitoring and Controlling System

作　　者：熊仁杰[1] 徐立鸿[1] 王旭[1] 蔚瑞华[1] 

机构地区：[1]同济大学电子与信息工程学院控制科学与工程系,上海201804

出　　处：《机电一体化》2011年第11期60-64,83,共6页Mechatronics

基　　金：国家863计划项目"集约化水产养殖数字化集成系统研究与应用"(编号2008AA10Z227)

摘　　要：采用嵌入式技术和LABVIEW开发了一套具有远程控制功能的集约化水产养殖监控系统。系统总体上分为3级:远程控制中心主机、现场监控基站、基于采样池的定点水质参数采集装置和机器鱼不定点水质采集装置。系统可采集的水质参数主要包括溶氧、pH、氨氮、温度和电导率等水质环境参数。主要的水产养殖执行机构有增氧机、投饵机、加热机等。该系统可以完成水质参数的实时采集和水产养殖执行机构的自动控制。This article talks about using the embedded technology and LABVIEW technology to design a kind of remote-intelligent monitoring and controlling system in aquaculture. The overall system is divided into three levels： remote control center host, on-site monitoring station, the polling system of sampling pool＇s water quality and the dynamic position water monitoring device based on a robotic fish. The water quality parameters can be collected include dissolved oxygen, pH, ammonia, temperature, and conductivity, etc. The main aquaculture executive bodies are： oxygen machine, feeding machine, and heat machine, etc. This system adopts a more effective measurement system of water quality and can offer a continuous real-time automatic detection and control.

关 键 词：水产养殖 采样池 机器鱼 监控基站 自动控制 

分 类 号：S951[农业科学—水产养殖] TP277.2[农业科学—水产科学]