Development of Growing House Control System using Wireless Sensor Network

Elaiza Nicole Salamat, Jaehyun Yoo
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Abstract

Advancement of technology has led to the improvement of agricultural practices, which results in the increase of agricultural production and aids in solving the global food shortage. In this study, the intensive cultivation of food will be automated by designing a microcontroller based wireless sensor network (WSN) system, which will facilitate the constant conditioning inside the growing houses, especially during the fruiting stage. The system consists of two stations: sensors and actuators station and remote monitoring station. The sensors and actuators are placed in a structured model and wireless sensor nodes are programmed to enable reading of data from the sensors. Temperature, humidity and substrate moisture are controlled according to the desired conditions The whole system is monitored and controlled through transmission of data recorded to the remote monitoring station using WSN.
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基于无线传感器网络的种植房控制系统的开发
技术的进步导致了农业实践的改进,这导致了农业产量的增加,并有助于解决全球粮食短缺问题。在本研究中,通过设计一个基于单片机的无线传感器网络(WSN)系统,将粮食集约化种植自动化,这将有利于种植房屋内部的持续调节,特别是在结果期。该系统由两个工位组成:传感器及执行器工位和远程监控工位。传感器和执行器放置在结构化模型中,无线传感器节点被编程以能够读取来自传感器的数据。根据需要控制温度、湿度和基材湿度,利用WSN将记录的数据传输到远程监测站,对整个系统进行监测和控制。
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