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A Device Identification Method for AR-based Network Topology Visualization

机译:基于AR的网络拓扑可视化的设备识别方法

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It is a crucial issue for a network administrator to quickly and accurately acquire up-to-data network topology information for installing new devices, changing existing routes, and fixing communication failures. In this paper, we propose a network topology visualization system based on mobile AR (Augmented Reality) for assisting the administrator in real working environments. A focus to effectively support him/her is to provide a way for automatically identifying a specific network device he/she is working on and present its latest topology information without interrupting his/her administration tasks. The proposed device identification method estimates the administrator's physical location using the signal strength of wireless APs (access points) receivable at the location and makes a guess for candidate target devices such as a group of routers and switches. Next, it narrows down to a specific device among the candidates using a vision-based object identification technique. Then, the system graphically visualizes the network topology information of the identified device through an HMD (Head Mounted Display) device worn by the administrator. The system supports not only senior administrators to efficiently performing complex management tasks, but also juniors and trainees to acquire practical knowledge and skills on network administration.
机译:这是一个网络管理员能够快速,准确地获取用于安装新设备,改变现有路线,和固定通信故障先进的数据网络拓扑信息的关键问题。在本文中,我们提出了基于移动AR(增强现实),在实际工作环境中协助管理员的网络拓扑可视化系统。有效地支持他这样的焦点/她是为自动识别特定的网络设备,他/她正在研究提供了一种方式,并在不中断他/她的管理任务,展示其最新的拓扑信息。所提出的器件识别方法估计使用无线AP(接入点)接收的在该位置的信号强度的管理员的实际位置并为候选目标设备猜测诸如一组路由器和交换机。接着,缩小了使用基于视觉的对象识别技术的候选中的特定设备。然后,系统图形可视化通过HMD所识别的设备的网络的拓扑信息(头戴式显示器)由管理员穿戴式设备。该系统不仅支持高级管理人员有效地执行复杂的管理任务,也是大三学生和学员获得对网络管理的实际知识和技能。

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