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Design and application of intelligent control system for greenhouse environment based on CAN bus

机译:基于CAN总线的温室环境智能控制系统的设计与应用

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An intelligent greenhouse control system based on CAN bus has been designed to meet the needs of vegetables greenhouse. Aiming at the characteristics including multi-parameters, time-delay, multi-disturbance and uncertain model structure, environmental factors model data processing as the same structure and the environmental parameters model designing in general rules are proposed in this paper. Independent parts such as main control cell and intelligent nodes compose a distributed control system by CAN bus. According to the change roll of temperature the system realized the human simulated intelligent control of regulation and management by using fuzzy controlling algorithm. Experimental results show that the designed greenhouse intelligent control system has many merits such as simple circuitry, stable performance, economy, convenience and versatility, and the agriculture greenhouse management level and the production quality are improved, so this system is worthy of spreading.
机译:设计了基于CAN总线的智能温室控制系统,以满足蔬菜温室的需求。针对多参数,时滞,多扰动和不确定模型结构的特点,提出了环境因子模型数据处理为相同结构,并根据一般规则设计了环境参数模型的方法。主控单元和智能节点等独立部件通过CAN总线组成分布式控制系统。根据温度的变化,系统采用模糊控制算法实现了对人为调节和管理的模拟智能控制。实验结果表明,所设计的温室智能控制系统具有电路简单,性能稳定,经济,方便,通用性强等优点,提高了农业温室管理水平和生产质量,值得推广。

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