Implementation of a greenhouse monitoring system using hierarchical wireless sensor network

H. Sampaio, S. Motoyama
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引用次数: 17

Abstract

A greenhouse monitoring system using hierarchical wireless sensor network (WSN) is presented in this paper. The main parameters required to monitor and control a greenhouse are air humidity and temperature, ground moisture and environment lightness. For the data gathering of these parameters, a hierarchical WSN is presented in this work. In this configuration, the sensors, aggregated with all gathering functionalities, processing and wireless data transmission capabilities, denoted as sensor nodes, are in the lowest level. The router nodes are provided in the middle level to transmit data from sensor nodes to a controller named coordinator node. The coordinator node, in the highest level, is used to communicate with a central base, where all data received are analyzed. The details of a simple implementation of this monitoring system are presented. Many tests are carried out and the results showed that developed monitoring system is working well.
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利用分层无线传感器网络实现温室监测系统
提出了一种基于分层无线传感器网络的温室监测系统。监测和控制温室所需的主要参数是空气湿度和温度、地面湿度和环境亮度。对于这些参数的数据收集,本文提出了一种分层WSN。在这种配置中,具有所有收集功能、处理和无线数据传输能力的传感器位于最底层,称为传感器节点。路由器节点位于中间层,用于将数据从传感器节点传输到一个名为协调节点的控制器。最高级别的协调器节点用于与中心库通信,在中心库中分析接收到的所有数据。给出了该监控系统的一个简单实现细节。进行了多次试验,结果表明所开发的监测系统运行良好。
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