科技的進步、網路的變化快速，加上雲端物聯網的崛起，加速了住宅智慧化服務技術的發展，使得居家生活和智慧科技息息相關，讓現代人對生活品質的要求越來越高，生活型態的重心逐漸轉移至居家生活，智慧家庭的概念也就因此而產生，成為未來趨勢與資訊產業重心。
人們對於智慧家庭應用都有高度興趣，但礙於建置成本、使用難易、安全性和實質價值感受度低等因素，導致國內並不普遍，因此本論文針對一般大眾使用者，規劃一套語音聲控家電整合系統，並設計人性化介面的行動裝置Android APP，除了提供一般人對智能家庭控制的基本功能外，更利用聲控方式來控制家電、監控生活居家環境、並且提供情境模式與排程模式讓使用者自行定義控制環節、電力節能監控、以及自動化控制，可透過環境監控讓家電隨著環境變化自行調整開關大小，提昇居家生活便利性、舒適性，並實現未來智慧化生活居家的願景。

As time progresses and technology develops, the network changes quickly as well. The rapid changes in the Internet, coupled with the rise of the Internet of things, accelerate the development of household smart service technology. Household life and intelligence technology are now tightly bound together. Together, they make modern people raise their awareness to household qualities, and gradually swift their accents to household life; therefore, the concept of smart home emerges and it is pivoting its way towards the center of the future trend and the information industry.
People generally show high interest concerning smart home implementations; however, the costs to build them, the difficulties in use, safety, and low real values all hinder the technology from becoming popular within the nation. Thus, with the hope of helping the public get familiar with smart home, the dissertation plans a speech control appliance integrated system, and designs a mobile APP with humanized interface. Apart from providing the public with some basic functions regarding appliances controlling, we also utilize voice control to manipulate appliances, monitor household environment, and provide situation mode along with schedule modes to allow users to define the controlling process, power saving monitoring, and automation control. Automation control can adjust the power of the appliances to follow the results of environmental monitoring, which will in turn enhance the convenience and comfort of household living, and further realize the vision of future smart home lifestyle.

目錄
圖目錄
第一章、簡介	1
第二章、相關研究	4
第三章、背景知識	7
3-1	語音辨識技術與簡介	7
3-2	Arduino硬體開發簡介	8
3-3	紅外線與繼電器控制原理	10
3-4	環境感測模組應用	13
3-5	無線通訊技術與簡介	15
第四章、系統架構	18
第五章 、系統設計與功能介紹	20
5-1.	手機控制端APP	21
5-2.	伺服器端	22
5-3.	家電控制端	23
5-4.	環境數據感測端	26
第六章、系統實作	28
6-1.	系統主畫面	28
6-2.	紅外線功能設定	30
6-3.	聲控控制與手動控制	31
6-4.	電源控制與監控	35
6-5.	排程設定功能	36
6-6.	情境模式功能	38
6-7.	自動化控制	39
6-8.	雲端通知功能	41
6-9.	其他功能與系統檢視	43
第七章、結論	44
參考文獻	45
附錄-英文論文	46
 
圖目錄
圖 1 ZigBee無線網路協定架構圖	2
圖 2 語音辨識之流程示意圖	7
圖 3 Arduino開發版	8
圖 4 Arduino開發介面	9
圖 5 紅外線光譜圖與模組	10
圖 6 紅外線運作原理	11
圖 7 繼電器運作原理	12
圖 8 常見的感測模組	13
圖 9 常見的通訊技術	15
圖 10 網路Mesh Network	17
圖 11 聲控家電整合系統架構圖	18
圖 12 居家物聯網設計架構圖	20
圖 13 手機控制端設計架構圖	21
圖 14 伺服器端設計架構圖	22
圖 15 紅外線設計架構圖	24
圖 16 繼電器設計架構圖	25
圖 17 感測模組設計架構圖	26
圖 18 系統主畫面圖	28
圖 19 紅外線設定圖	30
圖 20 手動模式圖	32
圖 21 聲控模式(辨識成功)圖	33
圖 22 聲控模式(辨識失敗)圖	34
圖 23 電源控制圖	35
圖 24 排程設定圖	37
圖 25 情境模式圖	39
圖 26 自動化控制架構圖	40
圖 27 範例程式碼圖	41
圖 28 雲端訊息流程圖	42
圖 29 其他功能與系統檢視圖	43

參考文獻
[1] 	Nagender Kumar Suryadevara, “Wireless Sensor Sequence Data Model for Smart Home and IoT Data Analytics” First International Conference on Computational Intelligence and Informatics, Dec. 2016.
[2] 	Farpat, Sudesh L., Satish S. More, and Shubham D. Takwale. “A Review: Use of Arduino Board in Android for Home Appliances.” Journal of Embedded Systems and Processing, Feb. 2017.
[3] 	Park, Jung-Woong, Young-Min Choe, and Hee-Dong Park. "Design and Implementation of Smart Green House Management System Based on Open Source Hardware." Journal of Digital Convergence on 2016.
[4] 	E Skounakis, S Moutsoula, D Makris, N Bolanakis, “A Cost-effective Standalone Multisensory System for Energy Consumption and CO2 Emissions Control in Smart-Homes via Internet and Mobile Devices, Using a Network of Arduino Microcontrollers” Trivent Publishing on 2016
[5] 	Tomas Sysala, Martin Pospichal, Petr Neumann, “Monitoring and control system for a smart family house controlled via programmable controller” Carpathian Control Conference (ICCC), 2016 17th International
[6] 	Shimpei Soda, Masahide Nakamura, Shinsuke Matsumoto, “Implementing virtual agent as an interface for smart home voice control,” Software Engineering Conference (APSEC), 2012 19th Asia-Pacific, Dec. 2012
[7] 	Chao-Hsien Lee, Ying Hsun Lai, “Design and implementation of a universal smart energy management gateway based on the Internet of Things platform,” Consumer Electronics (ICCE), 2016 IEEE International Conference on, March 2016
[8] 	Gene Wang, Danielle Song, “SMART HOME SERVICES USING THE INTERNET OF THINGS” Wiley Online Library Published on 23 DEC 2016.
[9] 	Amazon Echo, https://www.amazon.com/Amazon-Echo-Bluetooth-Speaker-with-WiFi-Alexa/dp/B00X4WHP5E
[10] 	Google Home, https://madeby.google.com/home/
[11] 	Apple Homekit, https://www.apple.com/tw/shop/accessories/all-accessories/homekit