智能门铃:蓝牙网状网络的概念验证实现

Caril Martinez, Leonardo Eras, Federico Domínguez
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引用次数: 15

摘要

蓝牙Mesh是一种新的通信协议,用于在网状网络中连接低功耗蓝牙设备;它最初是作为家庭和办公室自动化应用的替代解决方案。作为一项相对较新的技术,有必要在现实的工作环境中测试蓝牙Mesh,以评估其优点和缺点。我们在办公楼中实现了一个基本的概念验证蓝牙Mesh网络,用于一个众所周知的办公自动化应用:智能门铃。智能门铃使用蓝牙Mesh技术在建筑物内发送和接收事件信息,并通过中继节点扩展其覆盖范围。网络节点是根据应用需求自行设计的。本文探讨了蓝牙Mesh网络在实际环境下的硬件和软件设计,并考虑了一些评估指标,如跨距离丢包和功耗。它报告了一些关于能耗和继电器特性的问题。结果表明,当考虑到无线电发射功率和环境设置等因素时,该技术在我们的楼宇自动化应用中表现良好,以实现最佳功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Smart Doorbell: A proof-of-concept Implementation of a Bluetooth Mesh Network
Bluetooth Mesh is a new communications protocol for connecting Bluetooth Low Energy devices in a mesh network; it originates as an alternative solution for home and office automation applications. Being a relatively new technology, there is a need to test Bluetooth Mesh in a realistic working environment to asses its strengths and weaknesses. We implemented a basic proof-of-concept Bluetooth Mesh network in our office building for a well-known office automation application: a smart doorbell. The smart doorbell uses Bluetooth Mesh technology to send and receive event messages inside a building and expand its reach with relay nodes. The network nodes were designed in-house according to the requirements of the application. This paper explores the design in hardware and software of a Bluetooth Mesh network in a real environment considering some evaluation metrics, such as package loss across distance and power consumption. It reports some issues regarding energy consumption and relay features. Results show that this technology performed well in our building automation application when considering factors such as radio transmission power and environment settings to achieve optimal functioning.
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