臺灣博碩士論文加值系統

中文摘要
隨著嵌入式RISC Base系統的普及，ARM核心系列架構已經成為產業界最重要的領導規格，因為ARM系列CPU架構完整且容易擴充，為一個具有價格競爭力及高產品價值的平台，且因半導體製程的進步，其核心頻率也逐漸拉高，使其CPU可負擔較高的運算。再者近年來在ARM的軟體支援，已逐漸的完善。由於ARM晶片的整合度向來高於CISC Base X86系統，所以對系統業者而言，此意味著可以以較低的設計、更低的生產難度，去生產產品。雖然嵌入式系統已經逐漸的普及，但一般的工業用控制系統仍以CISC Base X86架構的PC為主。本論文的研究的目的在研究一個簡單的家庭用控制系統，以Intel(MARVELL) XScale系列的CPU-PXA270為主的嵌入式系統，包含Temperature Sensor、Presence Sensor、LIGHT Sensor的控制系統在功能是否可行。

Abstract
With the popularity of embedded RISC Base Systems, the series of ARM core structure has become the most important specification in the industry. The Platform of the series of ARM CPU architecture has competitive price and high-value product because it is completed, easy to extend . The semiconductor process has improved and the core frequency is gradually pulled to high. the CPC can afford higher operation. In recent years software support for the ARM architecture has been improving, Due to the ARM architecture chips integrated has always been better than the CISC Base X86. Therefore, in terms of system operators, this means a lower design, lower production difficulty, to produce the product. Although the popularity of embedded systems has been gradually, but the general industrial control systems still CISC Base X86-based PC-based. The purpose of this thesis studies for a simple family with a control system to Intel (MARVELL) XScale family of CPU-PXA270-based embedded systems, including Temperature Sensor, Presence Sensor, LIGHT Sensor control system in the functional viability of.

目錄
頁次
中文摘要....................................................................................................I
Abstract....................................................................................................II
致謝.........................................................................................................III
第一章 緒論............................................................................................1
1.1 研究背景...................................................................................1
1.2 動機與目的...............................................................................2
1.3 論文貢獻...................................................................................3
1.4 論文架構...................................................................................4
第二章 理論及相關背景知識................................................................5
2.1 嵌入式RISC BASE系統架構之介紹........................................5
2.2 PXA 270 CPU之簡介................................................................6
2.3 家庭自動化控制之簡介...........................................................8
2.4 家庭自動化概念的沿革...........................................................9
2.5 家庭自動化技術的種類 .......................................................10
2.6 家庭自動化控制之遠景.........................................................10
第三章 研究方法....................................................................................11
3.1 系統規劃.................................................................................11
IV
3.2 SENSOR之介紹........................................................................12
3.3 RELAY BOARD之介紹...............................................................13
第四章 系統實作....................................................................................16
4.1 訊號擷取單元.........................................................................16
4.2 微控制器單元.........................................................................16
4.3 軟體實際操作過程.................................................................18
第五章 研究成果..................................................................................20
第六章 結論與未來展望......................................................................22
參考文獻..................................................................................................24
附錄A.......................................................................................................26
附錄B.......................................................................................................32

參考文獻
[1]智慧型行動自動化控制系統，參考網址：http://www.mo-soft.com/www1/ProductIntroduce/MobileControl/
[2] 劉明誌著，2009，國立台北科技大學「基於ZigBee家庭自動化系統設計與實作」
[3] 陳伯禹著，2009，臺灣大學「高整合性家庭自動化節能平台設計與實作」
[4] 楊鴻志著，2008，臺灣大學「數位匯流家庭自動化產業之新興事業發展策略」
[5] 「行動裝置嵌入式系統與軟體—S3C6410 Google Android 2.1開發應用實務」，長高科技圖書。
[6] 陳俊宇著，2007.07.13「國際間數位家庭技術標準之發展現況簡介」
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[8] TSL2560FN SPEC，參考網址： http://www.taosinc.com/ProductDetails.aspx?id=124
[9] ADT75 SPEC，參考網址：http://www.analog.com/static/imported-files/data_sheets/ADT75.pdf
[10]程翔科技股份有限公司網站，參考網址：
http://www.cx.net.tw/front/bin/home.phtml?gclid=COXnhbGevagCFU6ApAodNWF1Bg
[11] 大洋通信有限公司網站，網址參考網址：http://www.netvox.com.tw/GB5/index.asp
[12] 正泰國際公司網站，參考網址：http://www.ew-rc.com/windows/news.htm
[13] 中華電信研究所網站，參考網址：
http://www.chttl.com.tw/web/ch/service/service_1_02.html