為了能夠在經常活動的生活空間中有效的節省時間與提高工作效率，因此建置了一套適用於家庭生活空間的聲音控制整合系統，而且大部份家庭所使用的消費性電子產品中，有許多的產品都會使用到紅外線(IR)傳輸的功能來做遠端的控制，因此本系統是使用人類的聲波來下達指令，而發射紅外線碼來控制家庭空間中的相關消費性電子產品，例如電視、照明設備、電腦、手機、音響、冷氣等等的相關裝置，但因為人類的聲波傳遞距離無法太遠，因此在使用聲音辨識的功能時，會因為距離原因而使之無法控制，使得聲控系統無法清楚收到人類指定的聲波指令。因此本篇除了將紅外線系統與聲音辨識技術做軟、硬體的系統應用整合外，還加入了無線電通訊的功能，而無線電通訊功能主要是在解決使用者做聲音控制運用的距離限制，可將系統作遠端之控制，讓使用者在操作聲控系統時，更能隨心所欲。

In order to save operational time and increase work efficiency, we present the Integrated Voice Remote Control System (IVRCS) for domestic living space. Many of consumer electronics, such as TV, lighting device, computer, cellophane, stereo, air condition etc., are used to control by InfraRed (IR) in recent years. The transmission distance of human voice is no longer than ten meters, so voice recognition function is clearly specified human instruction in the distance. The Radio Frequency (RF) communication extends the distance of voice recognition function for forty meters. Therefore, in this paper, we integrate IR, RF communication function and voice recognition function as IVRCS to control the consumer electronics. IVRCS will be convenient for human life and provide domestic intelligent living.

論文口試委員會審定書 ………………………………………………… i
中文摘要………………………………………………………………… ii
英文摘要………………………………………………………………… iv
謝辭……………………………………………………………………… vi
目錄 …………………………………………………………………… vii
表目錄…………………………………………………………………… xi
圖目錄 ………………………………………………………………… xii
第一章 緒論 1
1-1 研究背景 1
1-2 研究動機與目的 6
1-2-1 研究動機 6
1-2-2 研究目的 7
1-3 論文架構 8
第二章 系統設計原理與方法 10
2-1 硬體設計 10
2-1-1 紅外線擷取器 10
2-1-2 無線電麥克風傳輸模組 17
2-2 軟體設計 20
2-2-1 紅外線傳輸器 20
2-2-2 紅外線接收控制器 21
2-3 韌體設計 23
2-3-1 8051微控制器 23
2-3-1-1 紅外線傳輸器 27
2-3-1-2 紅外線接收控制器 29
2-3-2 SPCE061A微控制器模組 32
2-3-3 RSC聲控模組 38
第三章 系統功能之測試 47
3-1 韌體系統設計之測試 47
3-1-1 SPCE061A微控制器模組測試 47
3-1-2 RSC模組之聲控功能測試 52
3-2 紅外線擷取分析器之測試 60
3-3 紅外線傳輸器之測試 64
3-4 紅外線接收控制器之測試 65
第四章 系統整合 67
4-1 系統架構 67
4-2 硬體電路系統之整合 70
4-3 照明設備與紅外線接收控制器之整合 76
第五章　實驗方法與結果 78
5-1 實驗設備 78
5-1-1 硬體實驗設備 78
5-1-2 家庭周邊裝置之實驗設備 83
5-1-3 韌體實驗設備 86
5-1-4 紅外線擷取設備 91
5-2 聲控系統之實驗 92
5-2-1 聲控電視設備之實驗 99
5-2-2 聲控冷氣設備之實驗 102
5-2-3 聲控電燈設備之實驗 103
5-2-4 聲控音響設備之實驗 105
第六章　結論與未來期望 106
參考文獻 108

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