臺灣博碩士論文加值系統

目前二維條碼的應用在智慧型手機已經非常廣泛，例如票卷、生產履歷、折扣資訊等等，但由於條碼空間仍相當有限，需要提供較詳細的資料介紹或記載時，都要上網連接到資料庫，才能將所需資訊下載儲存媒體中加以讀取，若可以將所有資訊存在條碼當中，確實的做到離線瀏覽，將可節省許多時間，也可免除網路環境限制等相關條件，而如何提高條碼容量，便是一個重要的問題。本論文中提出一個以色彩去增加條碼容量的方法，經由疊色的方式產生條碼的第三個維度，籍此倍數的提高條碼的容量，但彩色多維條碼比起以往的黑白多維條碼需要考慮更多的問題，首要的問題便是色彩的色溫、色差等問題，因此如何在第三維度找到一個容量、辨識率及錯誤校正率的平衡點，便是一個重要的問題。透過彩色條碼的高容量，我們應用彩色條碼實做了一個Android平臺上的動畫編輯與播放程式，讓使用者可以按照自己的劇本，簡單的編輯出一個生動的動畫，並儲存在彩色條碼中。

The two-dimensional barcode has been used widely on smart phones now, such as ticket, Production records, Coupon etc. However, due to the limited capacity of barcode, we need to connect to the database on the internet to download the information when details are required. Thus, if we could store all the information in barcode, we could save more time by enforcing true off-line browsing. Through, this could cope with the restriction of network and other related issues. An important question need solving: how do we increase the capacity of barcode? In this paper, we develop a way to increase the capacity of the barcode. By color overlapping to generate the third dimension of barcode, capacity of barcode could be increased. However, we need to consider more issues about the color barcode. They are the Color temperature, color off-set, etc. Therefore, it’s our primary objective to trade off a balance among capacity, recognition rate and error correction rate. Using the color barcode we develop a system that enables us to store massive animation video. Through this system, the users could easily make a vivid animation.

摘要...................................I
ABSTRACT ..............................II
誌 謝.................................III
目 錄.................................IV
表目錄.................................V
圖目錄.................................VI
一、緒論...............................1
1.1. 前言.............................1
1.2. 研究動機.........................1
1.3. 研究目的.........................2
1.4. 研究方法.........................2
1.5. 論文架構.........................3
二、文獻探討...........................4
2.1. 二維條碼相關研究.................4
2.2. SMIL.............................4
2.3. Android Animation Spec...........6
三、彩色條碼...........................9
3.1. 現有二維條碼介紹與比較...........9
3.2. 多維條碼分析與設計...............15
3.3. 色彩校正.........................43
3.4. 實驗結果.........................45
四、索引式動畫系統之設計與實作.........47
4.1. 開發環境與系統架構...............47
4.2. 動畫設計.........................48
4.3. 動畫腳本設計.....................53
4.4. 動畫軟體設計.....................55
4.5. 系統測試.........................65
五、結論與未來展望.....................67
5.1. 結論.............................67
5.2. 未來發展.........................67
六、參考文獻...........................69

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