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Remote monitoring and controlling of gas sensors using VPN connection

机译:使用VPN连接远程监视和控制气体传感器

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摘要

The use of sensors is witnessing a dramatic increase. They are applied in diverse fields such as military, industrial, health, and smart homes. Monitoring these sensors could be made remotely with the help of communication networks. In order to use the widely available Internet for such applications the security issues become a big concern. Virtual Private Networks (VPN) provide a security blanket to the use of the Internet for remote monitoring and controlling. In this work a sensor network is practically implemented consisting of a WLAN Sensor_Actuator side, a WLAN Coordinator host, and a remote host connected to the coordinator through a VPN connection using Gbridge software. LabVIEW software is installed on the Sensor_Actuator host and the Coordinator host as a graphic user interface environment for monitoring the gas sensor reading and controlling an actuator. The measured round trip time (RTT) between the Sensor_Actuator side and the Coordinator side is found to be less than 15mS, while it was less than 300mS between the Coordinator side and the remote host.
机译:传感器的使用正在急剧增加。它们被广泛应用于军事,工业,医疗和智能家居等领域。可以借助通信网络远程监视这些传感器。为了将广泛使用的因特网用于这样的应用,安全性问题成为一个大问题。虚拟专用网(VPN)为使用Internet进行远程监视和控制提供了安全防护。在这项工作中,实际上实现了一个传感器网络,该传感器网络由WLAN Sensor_Actuator端,WLAN协调器主机和使用Gbridge软件通过VPN连接与协调器连接的远程主机组成。 LabVIEW软件作为图形用户界面环境安装在Sensor_Actuator主机和Coordinator主机上,用于监视气体传感器的读数和控制执行器。发现在Sensor_Actuator端与协调器端之间的往返时间(RTT)小于15mS,而在协调器端与远程主机之间的往返时间小于300mS。

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