臺灣博碩士論文加值系統

此篇論文我們建構出了以智慧型手機的四象限的人機介面實行近端或遠端控制以及管理家電用品的系統。此篇論文特點為近端的連線是利用低功率藍芽建構連線以達到通訊，而遠端方面的連線則是利用智慧型手機的行動網路連接至家中的家電用品，管理方面我們著重在家電用品的電量管理以及異常狀態的偵測，並使用了四象限的人機介面以利使用者更方便操作。

This paper proposes a design both for indoor and remote controls and for management of home appliances by a smartphone by utilizing a four-quadrant user interface. This design features the use of a low power Bluetooth to connect indoor home appliances. A mobile Internet is used to connect home appliances to a smartphone at the remote-side mode. For home appliance management, this design not only measures but also monitors the power consumption of the home appliances. For the user interface, this design uses a four-quadrant user interface of a smartphone to provide a more user-friendly operation.

摘要 i
英文摘要 ii
誌謝 iii
目錄 iv
表目錄 vi
圖目錄 vii
第一章 緒論 1
1.1. 研究動機與目的 1
1.2. 相關論文綜覽 4
第二章 系統平台架構以及開發環境介紹 6
2.1. 開放原始碼行動作業系統介紹 6
2.2. 行動作業的應用軟體開發工具介紹 7
2.3. 軟硬體整合開發環境系統平台介紹[33] 9
第三章 智慧家庭系統設計 10
3.1. 系統架構分析 10
3.2. 家庭感測中心架構分析 15
3.3. 升級模組架構分析 17
3.4. 軟體架構設計 20
3.5. 全自動智慧家庭系統軟體設計 25
第四章 智慧電錶以及電費預測設計 27
4.1. 智慧電錶設置架構 27
4.2. 智慧電表軟體設計 28
第五章 四象限人機介面設計 32
5.1. 家電用品控制與管理四象限人機介面 32
5.2. 家庭感測中心四象限人機介面 37
5.3. 智慧電錶四象限人機介面 38
第六章 設計成果以及比較 40
6.1. 本設計與其他設計之比較 40
6.2. 智慧電錶與電費預測成果 43
6.3. 四象限人機介面與其他人機介面比較 57
6.4. 全自動智慧家庭系統模式用電比較 58
6.5. 遇到的困難 59
第七章 結論與未來相關研究 60
7.1. 結論 60
7.2. 未來相關研究 61
參考文獻 62
附錄 66

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