机床与液压
機床與液壓
궤상여액압
MACHINE TOOL & HYDRAULICS
2013年
8期
92-94
,共3页
模糊控制%模糊补偿%温室控制系统
模糊控製%模糊補償%溫室控製繫統
모호공제%모호보상%온실공제계통
Fuzzy control%Fuzzy compensation%Greenhouse control system
针对温室控制系统中环境因子模型参数不确定以及强耦合的特性,提出一种温、湿度模糊控制及模糊补偿的方法.以STM32作为微控制器,介绍了具体算法设计.MATLAB仿真结果表明:该控制方法控制精度高、响应快,可很好地解决大滞后、强耦合问题.
針對溫室控製繫統中環境因子模型參數不確定以及彊耦閤的特性,提齣一種溫、濕度模糊控製及模糊補償的方法.以STM32作為微控製器,介紹瞭具體算法設計.MATLAB倣真結果錶明:該控製方法控製精度高、響應快,可很好地解決大滯後、彊耦閤問題.
침대온실공제계통중배경인자모형삼수불학정이급강우합적특성,제출일충온、습도모호공제급모호보상적방법.이STM32작위미공제기,개소료구체산법설계.MATLAB방진결과표명:해공제방법공제정도고、향응쾌,가흔호지해결대체후、강우합문제.
According to the uncertainty and strong coupling of environment factor model parameters in greenhouse control system, a kind of temperature and humidity fuzzy control and fuzzy compensation method was put forward. Using STM32 as controller,algorithm design was introduced. The simulative results in MATLAB show that the control method has high control precision and fast response. At the same time,it can be a solution to heavy lag and strong coupling problem.