基於MQTT 通訊之物聯網微功率插座設計於智慧居家之應用

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题名:	基於MQTT 通訊之物聯網微功率插座設計於智慧居家之應用
其它题名:	IoT Power Socket Design Based on MQTT Communication for Smart Home Applications
作者:	陳昱捷 CHEN, YU-CHIEH
贡献者:	陳兆南 Chen, Chao-Nan 資訊工程學系碩士在職專班
关键词:	微功率插座;智慧居家;MQTT通訊;物聯網;能源效率 Low-power socket;Smart home;MQTT communication;Internet of Things;Energy efficiency
日期:	2023
上传时间:	2023-11-22 02:06:57 (UTC+0)
摘要:	物聯網（Internet of Things, IoT）已經改變了我們與家居互動的方式，使其更加智能和高效。在本論文中，我們提出了一種基於MQTT(Message Queuing Telemetry Transport)通訊的物聯網微功率插座設計，專為智慧居家應用而設。該設計的主要目標是提供一個可靠和高效的通訊協議，即MQTT，以實現智慧居家環境中電源插座的無縫連接和控制。所提出的微功率插座設計注重能源效率和與現有物聯網系統的兼容性。通過利用MQTT，一種輕量級且高效的消息傳輸協議，插座可以與其他物聯網設備和平台進行通訊，讓用戶通過集中管理系統遠程控制和監控電源插座。該設計的關鍵功能包括功率監測能力、實時狀態更新和遠程控制功能。用戶可以監測連接設備的功耗，在出現異常或能源過度使用時接收通知。遠程控制功能使用戶可以開關電源插座並設定特定操作時間，提高便利性和節能效果。此外，該微功率設計確保在閒置期間能源消耗最小，有助於整體能源效率和節省成本。通過與現有智慧家居生態系統的整合，基於MQTT通訊的物聯網微功率插座設計無縫適應互聯智慧家居環境，提供了一個全面且用戶友好的智能家居自動化解決方案。總之，本文提出了一種新穎的基於MQTT通訊的物聯網微功率插座設計，特別針對智慧居家應用而設。該設計結合了能源效率、無縫連接和遠程控制能力，促進了智慧且可持續的家居環境的實現。進一步的研究和開發可以在此設計基礎上推動物聯網技術在智慧家居領域的能力和應用的進一步發展。 The Internet of Things (Internet of Things, IoT) has revolutionized the way we interact with our homes, making them smarter and more efficient. In this paper, we propose a design for an MQTT(Message Queuing Telemetry Transport )-based IoT low-power socket specifically tailored for smart home applications. The main objective of this design is to provide a reliable and efficient communication protocol, MQTT, for seamless connectivity and control of power sockets within a smart home environment.The proposed low-power socket design focuses on energy efficiency and compatibility with existing IoT systems. By utilizing MQTT, a lightweight and efficient messaging protocol, the socket can communicate with other IoT devices and platforms, allowing users to remotely control and monitor their power sockets through a centralized management system.Key features of the design include power monitoring capabilities, real-time status updates, and remote control functionality. Users can monitor the power consumption of connected devices and receive notifications in case of any abnormalities or excessive energy usage. The remote control feature enables users to turn on/off the power socket and schedule specific operation times, enhancing convenience and energy savings.Additionally, the low-power design ensures minimal energy consumption during idle periods, contributing to overall energy efficiency and cost savings. By integrating with existing smart home ecosystems, the MQTT-based IoT socket design seamlessly fits into the interconnected smart home environment, providing a comprehensive and user-friendly solution for intelligent home automation.In conclusion, this paper presents a novel design for an MQTT-based IoT low-power socket, specifically aimed at smart home applications. The design combines energy efficiency, seamless connectivity, and remote control capabilities, contributing to the realization of a smarter and more sustainable home environment. Further research and development can build upon this design to advance the capabilities and adoption of IoT technologies in the realm of smart homes.
显示于类别:	[資訊工程學系] 博碩士論文

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