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System No. U0002-2506201009464900
Title (in Chinese) 研究與建置音樂樹道以實現無線感測網路在公共藝術空間的應用
Title (in English) The Study and Construtcion of a Sound Tree Sidewalk by Using Wireless Sensor Networks in Public Art
Other Title
Institution 淡江大學
Department (in Chinese) 資訊工程學系碩士在職專班
Department (in English) Department of Computer Science and Information Engineering
Other Division
Other Division Name
Other Department/Institution
Academic Year 98
Semester 2
PublicationYear 99
Author's name (in Chinese) 施宏樺
Author's name(in English) Hung-Hua Shih
Student ID 797410163
Degree 碩士
Language Traditional Chinese
Other Language English
Date of Oral Defense 2010-06-18
Pagination 59page
Committee Member advisor - Kuei-Ping Shih
co-chair - 王三元
co-chair - 陳弘璋
co-chair - 陳彥達
co-chair - Kuei-Ping Shih
Keyword (inChinese) 無線感測網路
Octopus II
Keyword (in English) WSNs
Octopus II
Public Art
Other Keywords
Abstract (in Chinese)
無線感測網路的應用越來越廣泛,例如居家安全、醫療監控、環境監測…等等,但是在藝術上的應用卻是少得可憐,我們希望透過無線感測網路的加入,進而可以帶給公共藝術空間更生動活潑的環境,我們以無線模組Octopus II配合環境感測器以及音樂模組,組成一個環境感測播放節點,建置在人行樹道當中,成為一音樂樹道,以此研究作為初步建議雛型可以有多種不同的創新開發,應用在公共藝術之中,刺激台灣人文藝術創意產業發展,並帶動觀光產業,目前已應用在與台北藝術大學合作計畫案"無線感測器網路在人文科藝休閒創意空間之應用與研究"中。
Abstract (in English)
The applications of Wireless Sensor Networks(WSNs) have been widely utilized, ex. home safety, medical control, environmental monitoring, etc. However, its application in art is so scarce. By adding the Wireless Sensor Networks(WSNs), we intend to make the public art space become a more vivid and exuberant environment further. By means of the wireless modules combined with environment sensors and music modules, the environmental sensing broadcast node is formed and established on a tree sidewalk; thus, a musical tree sidewalk is composed. Primary suggestions about the prototypes are gained from this study, in which various kinds of different innovation and developments can be attained, which can be applied to public art, for stimulating the development of Taiwan’s Cultural and Creative Industry, and for promoting the tourism industry. At present, it has been applied to “The Study and the Application of Wireless Sensor Networks in Humanities and Creative Leisure Space”, a project under the collaboration with Taipei National University of the Arts.
Other Abstract
Table of Content (with Page Number)
目錄	III
圖 目錄	IV
表 目錄	VI
第一章	前言	1
第二章	相關技術與背景	4
2.1.	Octopus II	6
2.1.1.	MSP430	7
2.1.2.	CC2420	7
2.1.3.	FT232BL	8
2.1.4.	光度與溫濕度感測器	8
2.2.	TinyOS	10
2.3.	Arduino	12
2.3.1.	Atmega328	13
2.3.2.	開發環境與程式結構	14
2.3.3.	Arduino音樂模組	16
2.4.	Ultrasonic Sensor Module	17
2.5.	Infrared Sensor Module	20
第三章	系統設計	23
3.1	節點硬體設計	25
3.2	節點軟體設計	27
3.2.1	主節點	27
3.2.2	子節點	33
第四章	系統測試	36
4.1	Sensors與Arduino的通訊測試	36
4.1.1	超音波模組與Arduino	36
4.1.2	紅外線模組與Arduino	38
4.2	Arduino與Octopus II的通訊測試	39
4.3	點通訊測試	41
4.3.1	主節點測試	41
4.3.2	子節點測試	42
第五章	結論	44
參考文獻	46
附錄	49
英文附錄	54

圖 目錄
圖01 BIGPOW主體	5
圖02 BIGPOW與民眾之互動	5
圖03 Octopus II正面照	6
圖04 Octopus II背面照	7
圖05 MSP430與CC2420	7
圖06 FT232BL	8
圖07 光度感測器與溫濕度感測器	9
圖08 TinyOS程式概念圖	11
圖09 Arduino功能示意圖	13
圖10 Arduino模組	14
圖11 Atmel Atmega328架構圖	14
圖12 Arduino開發介面	15
圖13 Arduino與音樂模組	16
圖14 超音波接線示意圖	18
圖16 超音波感測元件正面圖	18
圖17 超音波感測元件背面圖	19
圖15 超音波感測器時序圖	19
圖18 紅外線接線示意圖	21
圖19 紅外線感測元件正面圖	22
圖20 紅外線感測元件背面圖	22
圖21 場景圖	24
圖22 系統架構	25
圖23 電壓位準轉換線路圖	26
圖24 電壓位準轉換接線	27
圖25 主節點流程圖	29
圖26 主節點TinyOS程式架構圖	32
圖27 子節點流程圖	34
圖28 子節點TinyOS程式架構圖	35
圖29 Arduino與超音波模組測試	36
圖30 超音波模組偵測的資料	37
圖31 以邏輯分析儀擷取之SIG pin訊號	37
圖32 Arduino與紅外線模組測試	38
圖33 以邏輯分析儀擷取之OUT pin訊號	39
圖34 Octopus與Arduino測試	39
圖35 以邏輯分析儀擷取之UART訊號	40
圖36 UART上傳遞之資料	40
圖37 主節點(Octopus II、Arduino與紅外線感測器)	41
圖38 主節點與測試結點狀態對映圖	42
圖39 子節點(Octopus II、Arduino與超音波感測器)	43
圖40 子節點與測試結點狀態對映圖	43

表 目錄
表一 ATmega328運行速度與電壓對照表	13
表二 Ultrasonic Sensor Pin Definition	18
表三 Infrared Sensor Pin Definitions	21
表四 Infrared Sensor Jumper Setting	21
表五 感應器功能比照表	24
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