基于星形拓扑的物联网低功耗烟雾探测器和监控系统

Muhammad Faiz Akmal Mohani, A. Halim, M. Idros, S. A. Al Junid, A. Razak, F. N. Osman, Norhazlin Kharuddin
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引用次数: 1

摘要

本报告介绍了一种用于物联网应用的星型拓扑低功耗烟雾探测器和监控系统。传统烟雾探测器系统的缺点通常是昂贵和覆盖距离短。因此,建议的设计旨在开发一个具有成本效益的系统,设计紧凑,可扩展,安装简单,覆盖范围更广。在该系统中,烟雾探测器通过ESP8266-01和NodeMcu WiFi模块连接到一个集中式系统。低功率烟雾探测器节点感知烟雾,通过向中央系统发送高信号激活无线模块,并使用Thingspeak网站登录云数据库。这些节点是由电池供电和无线连接的。系统采用低功耗模式,最大限度地降低节点功耗。该系统已成功地在低功耗模式下工作,并与中央单元通信。它还成功地与一个在线数据库合作进行监测。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Low Power Smoke Detector and Monitoring System Using Star Topology for IoT Application
This report presents a low-power smoke detector and monitoring system using star topology for IoT applications. The drawback of the conventional smoke detector systems are commonly expensive and cover a short distance. Thus, the proposed design aims to develop a cost-effective system, compact design, expandable, simple installation, and broader coverage area. In the proposed system, smoke detectors are connected to a centralized system using ESP8266-01 and NodeMcu WiFi modules. The low-powered smoke detector nodes sense smoke and activate their wireless module by sending high signals to the central system and logged into the cloud database using the Thingspeak website. The nodes are battery-operated and wirelessly connected. The system used a low power mode to minimize the power consumption at the nodes. The system had successfully worked in low power mode and communicate with the central unit. It also successfully worked with an online database for monitoring.
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