目前生產線上的測試，大都使用條碼機進行列印以及感應條碼進行測試。本研究依據上述的問題，提出以NFC代替掃描機進行測試，來節省生產線上人工的浪費，並且評估在產線上是否可行。在研究中將以兩種方式來進行分析，其一為使用現有的Barcode進行測試；另一種方式是，改貼上NFC TAG並且透由NFC Scanner進行資料的維護，使用以上兩種方式評估Cycle time。在技術上，需使用NFC Scanner進行資料的維護，如何透由無線網路的技術，在生產線上進行資料的上傳至資料庫，與完成流程，也將會是此研究的方向之一。

In recent years, almost products are labeled by barcode in order to control product at test line. This study considers NFC Tag aiming to replace the barcode to have better efficiency in the management of product testing. The purpose of this study is not only saving labor waste but also analyzing if the NFC works better than barcode system in the production line. In comparing several existing technologies, including Bluetooth and NFC, this study finally chooses NFC as our target in the experiments. The research adopts the following two methods to analyze the efficiencies of NFC and barcode. First, we apply the traditional barcode system where the barcode reader reads the barcode in the produce management. Another method is to use NFC Tag for replacing barcode. To achieve this purpose, we embedded the NFC reader on the arduino board to act as a scanner which can read the NFC tag. A database is also maintained. This research also considers the issue of wireless transmission which uploads data to the database server wirelessly.

目錄
目錄	III
圖目錄	V
第一章、簡介	1
1.1 前言	1
1.2 背景與動機	3
1.3 目的	4
第二章、相關研究	5
第三章、背景知識	10
3.1 Arduino簡介	10
3.2 NFC (Near Field Communication)	11
第四章、以NFC為主之產線管理系統設計及規劃	15
4.1	系統功能與流程	15
4.2	系統架構	17
4.3	系統模組設計	19
4.3.1	存放資料的資料庫	19
4.3.2	Arduino Scanner	20
4.3.3	感應通知方式	21
第五章、系統實作	22
5.1 NFC Scanner	22
5.2 Testing Object	23
5.3 Web Sever	24
第六章、結論	28
參考文獻	30
附錄-英文論文	31
 
圖目錄
圖1：EAN-128條碼結構（經濟部，2000年）	5
圖2：掃描方式比較圖	6
圖3：工廠製造流程圖（達創股份有限公司）	8
圖4：NFC與其他無線感應的比較	12
圖5：NFC模組的應用	13
圖6：測試流程圖	16
圖7：系統架構圖	17
圖8：測試架構圖	20
圖9：Arduino與NFC Module的接線圖	23
圖10：phpMyAdmin的架設示意圖	24
圖11：資料庫內的架設示意圖	25
圖12：PHP的設定檔案	26
圖13：config.php API內容	26
圖14：Labview之程式碼	27
圖15：標籤價格比較表	28
圖16：掃描器比較表 29

[1]Wikipedia, “QR Code”,
   http://en.wikipedia.org/wiki/QR_code 
[2]Wikipedia, “Near field communication”,
   http://en.wikipedia.org/wiki/Near_field_communication
[3]達創股份有限公司, “製造技術”
   http://www.dninetworks.com/ch/manufacturing.htm
[4]Wikipedia, “Robotic arm”,
   http://en.wikipedia.org/wiki/Robotic_arm
[5]Giess,H.K.,"Do You Want to Know More? RFID Tags on       Stationary Batteries",Telecommunications Energy Conference, 2006. INTELEC '06. 28th Annual International, 2006, 1-6.
[6]Chavira,G.; Nava,S.W.; Hervas,R.; Bravo,J.; Sanchez,C.,"Combining RFID and NFC Technologies in an AmI Conference Scenario",Current Trends in Computer Science, 2007. ENC 2007. Eighth Mexican International Conference on, 2007, 165-172.
[7]Google Clouding Message for Barcode, 
   http://www.a8.com.tw/Tagasp/news.asp
[8]M. Mareli, S. Rimer, B.S. Paul, K. Ouahada and A. Pitsillides, “Experimental Evaluation of NFC Reliability between an RFID Tag and A Smartphone,” IEEE on AFRICON, Sept. 2013.
[9]Leaptronix, I2C信號與原理
   http://www.leaptronix.com/PDF/LA%20series%20I2C.pdf
[10]ElecFreaks Company, NFC Bridge
    http://www.elecfreaks.com/5706.html
[11]Arduino, “ArduinoEthernetShield”, 
    http://arduino.cc/en/Main/ArduinoEthernetShield
[12]Sriram,T.;Vishwanatha Rao,K.;Biswas,S.;Ahmed,B.,
"Applications of barcode technology in automated storage and retrieval systems", Current Trends in Computer Science", 2007. ENC 2007. Eighth Mexican International Conference on,2007, 165-172.