Building Ambient Temperature Measurement using Industrial Wireless Mesh Technology

Tran duc Chung, R. Ibrahim
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引用次数: 4

Abstract

This paper presents an approach to measure building ambient temperature using industrial wireless mesh technology (WirelessHART) based on command line interface (CLI) with wireless network manager from a laptop host. Based on the experiment with five wireless nodes (motes) in a laboratory environment, it is found that on average, the measured temperatures are close to 22°C. In addition, all motes have similar temperature pattern even though they are located at different places in the laboratory. When there is a change in the laboratory's environment i.e., the entry door is opened / closed, the measured temperatures at all motes increase / decrease accordingly. In addition, the mote nearest to the entry door has the highest average temperature while the mote furthest to the door has the lowest average temperature. Furthermore, the mote attached to a time-varying heat source, i.e., the laptop fan, has the highest temperature deviation.
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利用工业无线网格技术测量建筑环境温度
本文提出了一种基于命令行接口(CLI)的工业无线网格技术(WirelessHART)与无线网络管理器在笔记本电脑主机上测量建筑环境温度的方法。通过在实验室环境下对5个无线节点(mote)进行实验,发现测量温度平均接近22℃。此外,所有的微粒即使位于实验室的不同位置,其温度模式也相似。当实验室环境发生变化时,即当入口门打开/关闭时,各点的测量温度相应升高/降低。此外,离入口门最近的粒子平均温度最高,离入口门最远的粒子平均温度最低。此外,附着在时变热源即笔记本电脑风扇上的微粒具有最高的温度偏差。
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