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研究生：	鄭皓云 Cheng, Haw-Yun
論文名稱：	藍芽模組與處理器之連結控制設計與實作 Design and Implementation of a Bluetooth Module’s Connection and Control with Processors
指導教授：	林志隆 Lin, Chih-Lung
學位類別：	碩士 Master
系所名稱：	電機資訊學院 - 電機工程學系 Department of Electrical Engineering
論文出版年：	2005
畢業學年度：	93
語文別：	中文
論文頁數：	67
中文關鍵詞：	藍芽、模組
外文關鍵詞：	module, Bluetooth
相關次數：	點閱：44 下載：6
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現今的藍芽產品及設備，主要以支援手機或大型的作業系統為主，而很少支援在周邊的小型電子產品，小型電子產品是以微處理器做為系統控制器，若能將藍芽與微處理器整合，則可將其模組化，做為小型的藍芽電子產品。本研究的目的是在設計及實作一個將藍芽無線技術與處理器結合的系統，不僅整合微處理器8051及TI(德州儀器)的MSP430處理器，更結合藍芽與Windows介面成為一個藍芽遠端控制系統，而研究分為三個部份，整合部份：撰寫藍芽模組與處理器的程式。配合8051、MSP430及PC(Windows)，撰寫介面程式及Protocol，來整合藍芽模組與處理器；實驗部份：建立Sever與Client端的資料互傳機制，來驗證系統的完整性及實用性，並藉由實驗得出不同封包、距離對傳輸速率與傳檔完整性的影響，並由實驗結果來評估各系統的優劣。應用部份：完成一個藍芽互動控制應用系統。本論文成功建構一個整合處理器與藍芽的系統，將藍芽嵌入設備中，使短距離無線通訊更具有發展性。

Nowadays the Bluetooth products and equipments primarily support to mobile phone or
large-sized operating system, but support to the small electronic peripheral seldom. The small electronic products take microprocessors as central controller. If the processor and Bluetooth can be unified into one system, then the system can be served as a module. And it will manufacture as small Bluetooth electronic products.
This research’s goal is to design and implement one system unified the Bluetooth and processor. Not only microprocessor 8051 and TI (Texas Instruments) MSP430, but also PC (Windows) is combined with Bluetooth to synthesize far-end control system. The research divides into three parts. Unified part: The programs are composed for the Bluetooth and processors. And the interface program and Protocol are composed with processor’s formula to suit 8051, MSP430 and PC (Windows). By that profile the system can be unified Bluetooth and processor. Experimental part: The Sever and Client’s data-transfer-profile is established to confirm the system’s achievement and usability. Influence caused by speed and integrity of transmitting file is resulted by experimenting with different packet types and distance. So by discussing the result, the system’s merit and defect will be appraised. Application part: Bluetooth interact-control application system was successfully accomplished. Then Bluetooth can be embedded into equipments. Due to this, the short-distance wireless communication will have more development.

中文摘要.....................................................................I
Abstract.....................................................................II
致謝.........................................................................III
目錄.........................................................................IV
表目錄.......................................................................VII
圖目錄.......................................................................VIII
第 一 章 緒論................................................................1
1 研究背景.................................................................1
2 文獻回顧.................................................................2
3 研究動機與目的...........................................................3
4 論文架構.................................................................3
第 二 章 藍芽無線技術........................................................5
1 基本技術特性.............................................................5
2 藍芽(Bluetooth)技術概觀..................................................5
3 藍芽封包的封裝過程.......................................................6
4 藍芽通訊協定堆疊.........................................................9
5 實體通道(Physical Channel)...............................................11
6 建立連結.................................................................12
7 設備位址.................................................................14
8 藍芽網路.................................................................15
9 資料傳輸型態.............................................................16
10 邏輯連結控制與適配協定(L2CAP)...........................................17
11 連結管理器協定(LMP).....................................................19
12 藍芽通訊協定(Profiles)簡述..............................................21
12.1 GAP(Generic Access Profile)功能描述...................................21
12.2 SDAP(Service Discovery Application Profile)功能描述...................21
12.3 SPP(Serial Port Profile)功能描述......................................21
12.4 GOEP(Generic Object Exchange Profile)功能描述.........................21
12.5 OPP(Object Push Profile)功能描述......................................21
12.6 FTP(File Transfer Profile)功能描述....................................22
第 三 章 系統整合架構原理介紹................................................23
1 處理器簡介...............................................................23
1.1 微處理器8051...........................................................23
1.1.1 8051硬體結構簡介.....................................................23
1.1.2 8051內部結構簡介.....................................................24
1.1.3 8051單晶片的接腳.....................................................25
1.2 TI的MSP430超低功耗微控制器.............................................27
1.2.1 MSP430簡介...........................................................27
1.2.2 MSP430工作模式.......................................................29
1.3 Windows XP SP1作業系統.................................................29
2 系統整合原理.............................................................30
2.1 藍芽與8051整合.........................................................30
2.1.1 系統概述.............................................................30
2.1.2 系統特色.............................................................31
2.2 藍芽與MSP430整合.......................................................32
2.2.1 系統概述.............................................................32
2.2.2 系統特色.............................................................33
2.3 藍芽與Windows作業系統整合..............................................34
2.3.1 Headset系統概述......................................................34
2.3.2 Headset原理介紹......................................................35
2.3.3 藍芽互動控制系統概述.................................................37
2.3.4 藍芽互動控制系統原理介紹.............................................37
2.3.5 藍芽互動控制系統特色.................................................39
2.3.6 藍芽互動控制系統原理.................................................39
第 四 章 系統設計與操作......................................................41
1 使用儀器介紹.............................................................41
1.1 CASIRA.................................................................41
1.1.1 系統軟體要求.........................................................41
1.1.2 CSR BlueSuite的系統對應架構:.........................................42
1.2 DARFON藍芽模組.........................................................42
1.3 MSI藍芽傳輸器(Bluetooth USB Dongle)....................................44
2 藍芽與8051整合為檔案傳輸系統.............................................44
2.1 系統硬體：.............................................................44
2.2 系統軟體程式...........................................................45
3 藍芽與MSP430整合為檔案傳輸系統...........................................50
4 藍芽與Windows整合系統....................................................50
4.1 系統一(Headset)........................................................51
4.2 系統二(藍芽互動控制系統)...............................................55
第 五 章 實驗結果與討論......................................................57
1 8051與藍芽整合的系統.....................................................57
2 MSP430與藍芽整合的系統...................................................59
3 PC Windows與藍芽整合的系統...............................................60
4 實驗結果討論.............................................................61
第 六 章 結論與未來發展......................................................63
1 結論.....................................................................63
1 未來發展.................................................................63
參考文獻.....................................................................65

                                    

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校內：立即公開
校外：2005-08-29公開

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