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Design and Implementation of Wireless Sensor Networks Based Paprika Green House System

机译:基于无线传感器网络的辣椒粉绿屋系统的设计与实现

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This research paper suggests the 'Paprika green house system' (PGHS), which collects paprika growth information and greenhouse information to control the paprika growth at optimum condition. The temperature variation range of domestic paprika cultivation facilities are relatively quite big and the facility internal is kept at relatively dry condition. In addition, the concentration of CO_2 is not uniform, giving bad impact on the growth of paprika. In order to cope with these issues, the 'Paprika green house system' (PGHS) based on wireless technology was designed and implemented for the paprika cultivating farmers. The system provides with the 'growth environment monitoring service', which is monitoring the paprika growth environment data using sensors measuring temperature, humidity, illuminance, leaf wetness and fruit condition, the 'artificial light-source control service', which is installed to improve the energy efficiency inside greenhouse, and 'growth environment control service', controlling the greenhouse by analyzing and processing of collected data.
机译:本研究文件表明,“辣椒粉绿房”(PGHS),收集辣椒粉增长信息和温室信息,以控制最佳条件下的辣椒粉生长。国内辣椒粉栽培设施的温度变化范围比较大,设施内部保持相对干燥的条件。此外,CO_2的浓度不均匀,对辣椒粉的生长产生不良影响。为了应对这些问题,为辣椒粉培养农民设计和实施了基于无线技术的“辣椒粉绿色房屋系统”(PGHS)。该系统提供了“生长环境监测服务”,该服务正在使用传感器测量温度,湿度,照度,叶湿度和水果条件,安装以改善的“人造光源控制服务”,监测辣椒粉生长环境数据。温室内的能效,并通过分析和处理收集数据来控制温室的“生长环境控制服务”。

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