首页> 外文会议>2016 6th International Annual Engineering Seminar >Design control system for eel fish (Anguilla spp.) water aquaculture based Fuzzy Logic: MATLAB based simulation approach
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Design control system for eel fish (Anguilla spp.) water aquaculture based Fuzzy Logic: MATLAB based simulation approach

机译:基于模糊逻辑的鳗鱼水产养殖设计控制系统:基于MATLAB的仿真方法

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摘要

Eel fish (Anguilla spp.) is catadromous fish species that born in saltwater, then migrate into freshwater as juveniles were growing into adults before spawning in the ocean. In the cultivation of eels enlargement, there are several factors that affect the growth of eels, such as water salinity (salt content in water), temperature, Dissolved Oxygen, current speed, acidity, and quality of water (or the microbial content of contaminants). This work, focuses on control and monitoring of water quality for eel aquaculture, by using 3 sensors, i.e. temperature, acidity (pH), and Dissolved Oxygen (DO) and will be done by fuzzy logic algorithm. The output of the fuzzy logic controller is to decide the time interval of switches that run the blower and nano-mixing pump simultaneously to keep the eel fish aquaculture at the desired value for parameter temperature, pH, and Dissolved Oxygen.
机译:鳗鱼(Anguilla spp。)是在海水中出生的过cat鱼类,然后随着幼鱼成年后在海洋中产卵而迁移到淡水中。在养殖鳗鱼的过程中,有几个因素会影响鳗鱼的生长,例如水盐度(水中的盐含量),温度,溶解氧,流速,酸度和水质(或污染物的微生物含量)。 )。这项工作的重点是通过使用温度,酸度(pH)和溶解氧(DO)这3种传感器来控制和监测鳗鱼养殖的水质,并将通过模糊逻辑算法来完成。模糊逻辑控制器的输出是确定同时运行鼓风机和纳米混合泵的开关的时间间隔,以将鳗鱼养殖的水温保持在参数温度,pH和溶解氧的所需值。

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