SEMFI: A Software-Based and Real-Time Energy Monitoring Platform for WiFi IoT Devices

A. Chawla, Nidusha Kannan, Sreya Goyalia, Vikram K. Ramanna, Jaykumar Sheth, Behnam Dezfouli
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Abstract

Many WiFi-based Internet of Things (IoT) devices rely on limited energy resources such as a battery. Although monitoring and studying the energy consumption of these devices is essential, the use of external, hardware-based energy measurement tools is costly, non-scalable, and introduces many challenges regarding the connectivity of such tools with devices. In this paper, we propose Software-based Energy Management Tool for WiFi (SEMFI), a novel tool to collect, analyze, and monitor the power cycles of IoT devices without the need for any external tools. The basic idea is to modify the WiFi Access Point (AP)’s software to keep track of the power status of devices reported in packets. SEMFI also includes back-end and front-end components for data storage, analysis, and visualization. We demonstrate the effectiveness and features of SEMFI via empirical evaluations.
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SEMFI:基于软件的WiFi物联网设备实时能量监测平台
许多基于wifi的物联网(IoT)设备依赖于有限的能源,如电池。尽管监控和研究这些设备的能源消耗是必要的,但使用外部的、基于硬件的能源测量工具是昂贵的,不可扩展的,并且在这些工具与设备的连接方面引入了许多挑战。在本文中,我们提出了基于软件的WiFi能源管理工具(SEMFI),这是一种无需任何外部工具即可收集,分析和监控物联网设备电源周期的新工具。其基本思想是修改WiFi接入点(AP)的软件,以跟踪数据包中报告的设备的电源状态。SEMFI还包括用于数据存储、分析和可视化的后端和前端组件。我们通过实证评估证明了SEMFI的有效性和特点。
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