自动化与仪器仪表
自動化與儀器儀錶
자동화여의기의표
AUTOMATION & INSTRUMENTATION
2013年
1期
66-68
,共3页
工厂化养殖%水温%模糊控制%仿真
工廠化養殖%水溫%模糊控製%倣真
공엄화양식%수온%모호공제%방진
industrialized culture%water temperature%fuzzy control%simulation
针对海水鱼工厂化养殖的特点,设计了用于实时调节养殖水温的控制系统,,建立了水温控制系统的数学模型,设计了水温模糊控制器,并在Matlab环境下进行了仿真研究.结果表明,所设计的水温控制系统和模糊控制器性能稳定,可靠性高,响应迅速,调节时间小,具有良好的动静态性能,对实际海水鱼工厂化养殖有着积极的指导作用.
針對海水魚工廠化養殖的特點,設計瞭用于實時調節養殖水溫的控製繫統,,建立瞭水溫控製繫統的數學模型,設計瞭水溫模糊控製器,併在Matlab環境下進行瞭倣真研究.結果錶明,所設計的水溫控製繫統和模糊控製器性能穩定,可靠性高,響應迅速,調節時間小,具有良好的動靜態性能,對實際海水魚工廠化養殖有著積極的指導作用.
침대해수어공엄화양식적특점,설계료용우실시조절양식수온적공제계통,,건립료수온공제계통적수학모형,설계료수온모호공제기,병재Matlab배경하진행료방진연구.결과표명,소설계적수온공제계통화모호공제기성능은정,가고성고,향응신속,조절시간소,구유량호적동정태성능,대실제해수어공엄화양식유착적겁적지도작용.
Considering the industrialized culture characters of sea fish, a real-time water temperature control system was de-signed and corresponding mathematic model was constructed;the fuzzy controller for temperature regulation was designed and simulated in Matlab environment. Obtained results showed the proposed water temperature control system and fuzzy controller had excellent dynamic and steady-state characteristics, such as steady performance, high reliability, rapid responses and minor settling time, which wound play an active and instructive role in the really industrialized culture of sea fish.