智慧平台管理介面運用於智慧居家之可行性分析;The Availability Analysis of Intelligent Platform Management Interface Applied to the Smart Home

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题名:	智慧平台管理介面運用於智慧居家之可行性分析;The Availability Analysis of Intelligent Platform Management Interface Applied to the Smart Home
作者:	林哲齊;Lin, Che-Chi
贡献者:	資訊管理學系在職專班
关键词:	基板管理控制器;伺服器管理;智慧居家;物聯網;物聯網;Baseboard Management Controller;Server Management;Smart Home;Internet of Things;Intelligent Platform Management Interface
日期:	2019-06-28
上传时间:	2019-09-03 15:40:28 (UTC+8)
出版者:	國立中央大學
摘要:	隨著網路的普及化和高速發展以及各類微控制器與電子元件的開發利用更趨多元成熟，致使智慧家庭和物聯網相關議題持續發酵。同時隨著雲端科技和數據分析的發展，使得伺服器管理和運用更受到重視和倚重。本研究嘗試利用伺服器管理系統結合無線網路來管理智慧居家，並以此目標設計本研究實驗之伺服器管理系統的架構和規劃，並依據測試結果進行成果分析和結論。在現今伺服器管理系統架構上，主要利用身為獨立系統的BMC（Baseboard Management Controller，基板管理控制器）系統來管理及監測伺服器的運作，BMC系統運作模式主要是收集伺服器上各元件所提供的各類資訊並參考其數據與事件做出記錄和反應，並提供查詢平台狀態、檢視日誌、遠端控制、警報和客製化指令等服務。本研究藉由程式設計與架構規劃，成功將Linux架構的系統資訊經由無線網路傳遞予BMC系統，以此模擬智慧居家成為伺服器管理系統所監控內容的可行模式。同時探討在目前智慧家庭尚未有統一管理規範或標準的環境下，利用伺服器管理系統及IPMI智慧平台管理介面的規範將是否有利於管理智慧居家。根據本研究的測試成果分析和結論，IPMI智慧平台管理介面運用於智慧居家是有其可行性的，同時也能讓伺服器管理項目擺脫實體線路限制的約束，增進伺服器管理的管理面向和運用發展層面。 ;Because of the popularity and rapid development of the Internet, and the more diverse applications and more developed techniques of various microcontrollers and electronic components, the issues related to smart homes and Internet of Things (IOT) continue to emerge. At the same time, with the development of cloud technology and data analytics, server management and application is more valued and. This study aims to investigate the utilization of a combination of a server management system and a wireless network to manage smart homes. This study then attempts to design the architecture and planning of the server management system, and to analyze and evaluate the test results. In today′s server management systems, the BMC system as a stand-alone system is mainly used to manage and monitor the operation of the server. The operation mode of the BMC system mainly collects information and records from and responds to various components on the server. It also provides such services as querying platform status, viewing logs, remote controls, alerts, and customized instructions. Through the programming and architecture planning, this study successfully transmitted the system information of a Linux architecture to the BMC system via a wireless network, and simulated feasible modes of smart homes as the contents monitored by the server management system. It is also discussed whether the use of server management systems and IPMI specifications will be beneficial to the management of smart homes in the current environment where smart homes do not have uniform management norms or standards. According to the analysis and conclusions of the test results of this study, it is feasible to apply IPMI to managing smart homes. It can also free the server management projects from the constraints of physical line restrictions and improve the server management system in the aspects of management, application, and technique development.
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