博碩士論文 100552017 詳細資訊




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姓名 程秉鉞(Ping-Yueh Cheng)  查詢紙本館藏   畢業系所 資訊工程學系在職專班
論文名稱 以短距離驅動改善快速閱讀導航在電泳式閱讀器上之視覺感受
(Improving the reader navigator application in the electrophoretic display by short distance driving)
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摘要(中) 類紙式的電泳式閱讀器在我們進行閱讀行為上確實可以帶來有許多的好處,如可在大太陽光下仍可維持高對比而不會造成眼睛的負擔,且像在閱讀紙本般利用外界反射式的光源可以進行長時間的閱讀,而不會造成如液晶顯示幕這種背光式的架構讓人眼感到不舒適,還有對於能源的節省,非常省電,直到需要翻頁時才需要耗費電力,還有紙張的耗費,尤其是目前地球資源的枯竭。
而目前電泳式閱讀器在進行如手機或平板這種背光穿透式螢幕設備上的翻頁或閱讀導航方式,卻無法像這些設備般的快速、順暢且更新畫面會造成人眼感到劇烈閃爍而感到不適,而會讓人在一開始使用時就望之怯步,無法真正體會到此種材料帶來閱讀上的好處,所以本篇想要提出一種短距離驅動的方法來減小電泳粒子移動時所帶來的閃爍程度,進而改善畫面更新時的視覺感受,讓在如手機或平板的閱讀導航應用下,更能順暢的操作,增加此種閱讀器的吸引力,唯有實際去應用才能體會這種材料所帶來進行閱讀行為的舒適性。
摘要(英) The paperlike electrophoretic display has many advantages as it can keep the higher contrast ratio at the heavy light exposure environment which can let the reading behavior be more comfortable and really let people read the book for a longer while and won’t feel the eyestrain as TFT-LCD display which is the backlight structure design and moreover is the power saving, this kind display just consume the electric power when the user do the text paging behavior and update the pattern by the driver due to its Bi-stability characteristic own. Otherwise, the earth resource is exhausting in this century more and more, resource saving will be an important topic currently.
Although this material has many advantages, the most popular handheld reading device is the TFT-LCD backlight display like Pad and Smart phone not the electrophoretic display. The people would to study some contents by LCD device but won’t attempt to open the content file on EPD device. The lower material response time to switch patterns and some flicker vision are dominated to affect the user’s operation feeling for this e-reader device.
On here, we want to propose a new method to let electrophoretic particles get a short distance driving and movement to reduce the flicker vision phenomenon and want to apply this method for the reader navigator to improve the speed when people slide the menu and decide what reading content they want to have smoothly.
關鍵字(中) ★ 電泳驅動
★ 閱讀導航
關鍵字(英) ★ electrophoretic display
★ reader navigator
論文目次 中文摘要 i
Abstract ii
誌謝 iv
目錄 v
圖目錄 viii
表目錄 x
一、 緒論 1
1-1 研究背景 1
1-2 研究動機 2
1-3 研究目標 3
1-4 問題與對策 3
1-5 論文架構 4
二、液晶與電泳材料顯示方式 5
2-1 液晶材料介紹 5
2-2 電泳材料介紹 8
2-3 液晶顯示幕的灰階驅動方式 13
2-4 電泳顯示幕的灰階驅動方式 17
三、 相關研究與討論 20
3-1閱讀導航種類分析 20
3-1-1選單型 20
3-1-2觸選型 21
3-1-3滑動及觸選型 22
3-2驅動方法研究 23
3-2-1硬體控制的設計改善 23
3-2-2影像演算法的研究 24
四、實驗系統及工具設計 25
4-1光學系統架設 25
4-2電泳驅動系統 30
五、實驗方法 33
5-1 實驗概述 33
5-2 方法實作 34
5-2-1 電泳粒子位置決定 34
5-2-2 視覺感受的調整 35
5-2-3 驅動方法實作 36
5-2-4 對照組比較 39
5-2-5 驅動畫面比較 41
六、實驗結果分析 43
6-1 移動距離變化分析(L) 45
6-2 閃爍時間變化分析(T) 46
6-3 整體閃爍狀況分析(RMS) 47
6-4 整體閃爍次數分析(n) 49
6-5 殘影狀況分析 50
6-6 實驗評估分析 51
6-6-1 實驗訪談流程 51
6-6-2 評估問題種類 52
6-6-3 評估問題分析 53
七、結論 55
參考文獻 57
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[2]Shu Yang and Hai Jing, Simulation of Active-Matrix Electrophoretic Display Response Time Optimization by Dual-Gate a-Si:H TFT With a Common Gate Structure, JOURNAL OF DISPLAY TECHNOLOGY, VOL. 4, NO. 2, JUNE 2008
[3]Wen-Chung Kao, Senior Member, IEEE, Jia-An Ye, Feng-Shou Lin, Ping-Yueh Cheng,
and Robert Sprague, W.-C. Kao et al.:,Configurable Timing Controller Design for Active Matrix Electrophoretic Display, Configurable Timing Controller Design for Active Matrix Electrophoretic Display
[4]Wen-Chung Kao, Senior Member, IEEE, Jia-An Ye, Ming-I Chu, and Chung-Yen Su, Member, IEEE, W.-C. Kao et al.:,Image Quality Improvement for Electrophoretic Displays by Combining Contrast Enhancement and Halftoning Techniques, Image Quality Improvement for Electrophoretic Displays by Combining Contrast Enhancement and Halftoning Techniques
[5]Wen-Chung Kao, Senior Member, IEEE ,Electrophoretic Display Controller Integrated With Real-Time Halftoning and Partial Region Update, , JOURNAL OF DISPLAY TECHNOLOGY, VOL. 6, NO. 1, JANUARY 2010
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[8]Chi-Ming Lu and Chin-Long Wey, Fellow, IEEE ,A Controller Design for Micro-Capsule Active Matrix Electrophoretic Displays , JOURNAL OF DISPLAY TECHNOLOGY, VOL. 7, NO. 8, AUGUST 2011
[9]Chi-Ming Lu and Chin-Long Wey, Fellow, IEEE ,A Controller Design for Color Active-Matrix Displays Using Electrophoretic Inks and Color Filters, , JOURNAL OF DISPLAY TECHNOL
[10]Wen-Chung Kao, Senior Member, IEEE, Guan-Fan Wu, Yi-Liang Shih, Wei-Te Chang, Fong-Shou Lin, andYao-Jen Hsieh ,Design of Real-Time Image Processing Engine for Electrophoretic Displays , JOURNAL OF DISPLAY TECHNOLOGY, VOL. 7, NO. 10, OCTOBER 2011
[11]Wen-Chung Kao, Shu-Cheng Liu, and Wei-Te Chang ,Signal Processing for Playing Videos on Electrophoretic Displays, , 978-1-4673-2527-1/12/$31.00 ©2012 IEEE
[12]CHEN Xiao-pei,HU Xiao-Ling,Guan Ping ,Development of Microcapsulation Used in Electrophoretic Diplay, ,Chemical industry and Engineering,Jul. 2009
[13]LI Wen-bo,XU Zheng,ZHANG Zhuo,WANG Gang,SHAO Xi-bin,LIU Hong-yu,LI,Yun-fei ,Comparative Analysis of Microcapuslated Electrophoretic Display and traditional TFT-LCD display ,Chinese Jurnal of Liquid Crystals and Displays vol25. no.4,Aug. 2010
[14]Nook simple touch user guide http://images.barnesandnoble.com/pImages/nook/light/mediakit/UserGuide_NOOKSimpleTouchGlowLigt_120423.pdf
[15]Kindle3 user manual http://kindle.s3.amazonaws.com/Kindle_User’s_Guide_English.pdf
[16]Apple iOS http://www.apple.com/tw/ipad/ios/
[17]Android Jelly bean http://www.android.com/
[18] i1 pro specification https://www.xrite.com/product_overview.aspx?ID=1912&Action=Specifications
指導教授 陳國棟(Gwo-Dong Chen) 審核日期 2013-7-25
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