基于有线与无线网络的智能环境监测系统的比较研究

T. Mujawar, L. Deshmukh
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引用次数: 1

摘要

本章重点介绍了使用有线和无线传感器网络(WSN)的智能环境监测系统的实现。目标是开发一个基于LabVIEW的系统来监测环境参数,提供不可访问的实时监测。开发了基于LabVIEW GUI的便携式高效环境监测系统,实现了对温度、相对湿度、空气质量、光照强度等环境参数的监测。本章的目标是有线和无线两种环境监测方法。蓬勃发展的便携式系统解释了有线网络的局限性。针对有线网络的障碍和不足,Arduino增强优势,都与XBee无线传感器网络相融合。来自环境的数据通过mote无线发送到汇聚节点。数据的监测是在个人计算机(PC)上通过LabVIEW制作的图形用户界面完成的。每个传感器的相关传感器连接到Arduino UNO的模拟输入端,其数值显示在LabVIEW的前面板上。LabVIEW运行时引擎使系统具有成本效益和方便性。为了显示系统的有效性,本章还对一些测量结果进行了预测。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Smart Environment Monitoring System Using Wired and Wireless Network: A Comparative Study
This chapter focuses on the implementation of a smart environment monitoring system using wired and wireless sensor networks (WSN). The goal was to develop a LabVIEW based system to monitor environmental parameters that provide inaccessible, real-time monitoring. The development of portable and efficient environment monitoring system based on LabVIEW GUI that monitors various environmental parameters such as temperature, relative humidity, Air quality and light intensity was developed. This chapter targets on both wired and wireless approach for environment monitoring. The limitations of wired network were explained by flourish-ing the portable system. For proceedings with the impediment and insufficiency of wired network, Arduino augmentation ascendancy, are mingled with XBee wireless sensor network. The data from the environment was sent to the sink node wire-lessly through mote. Monitoring of the data was done in a personal computer (PC) through a graphical user interface made by LabVIEW. The pertinent sensor for each was connected to analog input of Arduino UNO and their values are displayed on front panel of LabVIEW. LabVIEW run time engine makes the system cost effective and facile. To reveal the effectiveness of the system, some measurement results are also predicted in this chapter.
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