bluuebunny/crossref_metadata_2025_split huggingface dataset:
77.2: Invited Paper: Technical Issues Towards All Inkjet‐Printed Organic Thin‐Film Transistors
Authors: Hong Yongtaek , Chung Seungjun 
Published: October 2010

AbstractIn this paper, technical issues and process considerations towards all inkjet‐printed organic thin‐film transistors are addressed, which include formation of the narrow, high‐aspect‐ratio metal lines, curing conditions of the printed high‐quality organic gate dielectric layer, surface energy and wetting issues for the printed organic semiconducting layer, and contact resistance between source/drain electrodes and the organic semiconducting layer, especially for the bottom‐contact organic thin film transistor structure.
78.2: A Detachable Mobile‐Phone Projector Utilizing Color‐Filter LCOS Microdisplay
Authors: Sun Jiaxin , Lam Chun‐Kit , Yau Chi‐Man , Wan‐YukShek  , Tsai Ka‐Wo , Huang Ho‐Chi 
Published: October 2010

AbstractSystem design of a detachable mobile phone projector based on LCOS projection display has been discussed. An Optical Engine (OE) utilizing Color‐Filter LCOS could deliver brightness of 8 Lumen at 2W of LED power. A digital interface in the format of Mobile Industry Processor Interface (MIPI) is used. A prototype will be demonstrated.
78.4: Compact High Power Modulated Green Laser for Laser Display
Authors: Lu Yang , Xu Qingyang , Gan Yi , Xu Changqing 
Published: October 2010

AbstractIn this paper we report a modulated laser‐diode pumped microchip green laser based on optical‐contact Nd:YVO4/periodically poled MgO:LiNbO3 (Nd:YVO4/PPMgLN) crystal. A linearly polarized green light peak power as high as 541.5 mW was obtained for the first time, which corresponds to an electrical‐to‐optical efficiency of 13.9%. The maximum electrical‐to‐optical efficiency was 16.25%.
79.4: Light‐Rolls: High Throughput Manufacture for LED Lighting and Displays
Authors: Gourlay James , Götzen Reiner , Reinhardt Andrea , Bohlmann Helge , Gonzalez David , Queipo Paula , Schläfli Norbert , Willmann Roland , Frank Karl‐Heinz , Pira Nello Li , Voit Wolfgang , Reinhold Ingo , Zapka Werner , Burgard Matthias , Jalba Liviu , Munteanu Liviu 
Published: October 2010

AbstractA high‐throughput, roll‐to‐roll technology based on three key manufacturing platforms — 3‐D MEMS, fluidic chip assembly and ink jet printing, is presented. The target applications for the technology are Displays and Lightings. In particular, flexible, pixilated LED displays can be produced, based on the integration of LED chips onto flexible polymer substrates. The preliminary evaluation of the manufacturing platforms and initial technology validator demonstrators will be presented.
P‐1: 3‐D Display Using Artificially Generated Motion Parallax and Psychological Factors of Image Size for Extended‐Depth Perception
Authors: Uehira Kazutake , Hanamura Yoshihiro , Suzuki Masahiro 
Published: October 2010

AbstractThis paper describes a 3‐D display that can express differences between depths at extended distances of over a hundred meters for moving observers using artificially generated motion parallax and differences in pattern sizes. The experimental results demonstrated that the depths of images at long distances could be exactly perceived.
P‐3: Evaluation of Rendering Algorithms for Presenting Layered Information on Holographic Displays
Authors: Barabas James , Smithwick Quinn Y. J. , Bove V. Michael 
Published: October 2010

AbstractThis paper proposes evaluation of rendering methods for holographic display allowing a viewer to use monocular information to selectively focus on parts of the display volume. We describe an experiment for comparatively evaluating human performance across different holographic rendering methods, by requiring the identification of overlapping letters separated in depth.
P‐7: A New Information Capacity Analysis of Integral Imaging
Authors: Xie Jing , Liu Xu , Li Haifeng , Van Caijie , Xia Xinxing 
Published: October 2010

AbstractThree‐dimensional integral imaging is analyzed systematically, and a new analysis of the information capacity of integral imaging based on Geometrical‐Optics Phase Space theory is proposed. The calculation result provides an effective and comprehensive evaluation for integral imaging.
P‐10: Design and Fabrication of Wide‐view In‐cell Microretarder & Polarizer for Stereoscopic LCD
Authors: Lee Chao‐Te , Lin Hoang‐Yan , Tsai Chao‐Hsu 
Published: October 2010

AbstractA microretarder for stereoscopic display is a thin film consisting of horizontal or vertical stripes with alternating null and half‐wave phase retardation states. The incorporation between in‐cell absorptive polarizer and in‐cell microretarder has been successfully produced in our experiment. By adding an additional out‐cell biaxial quarter wave plate, wide‐view patterned circular polarizer in a wider wavelength range can be achieved. The simulation results show obvious improvement for off‐axis illumination of patterned circular polarizer by biaxial film compensation. Finally, the experimental and simulation result will be discussed.
P‐11: Improvement of 3‐D Crosstalk with Over‐Driving Method for the Active Retarder 3‐D Displays
Authors: Jung Sung‐Min , Lee Young‐Bok , Park Hyung‐Ju , Lee Seung‐Chul , Jeong Woo‐Nam , Shin Jong‐Keun , Chung In‐Jae 
Published: October 2010

AbstractIn this paper, we proposed the equation of the gray‐to‐gray 3D crosstalk in the field‐sequential 3D displays for the first time. with the definition of the proposed 3D crosstalk, we analyzed the gray‐to‐gray 3D crosstalk under the normal driving condition of active retarder 3D (AR3D) we proposed previously. To suppress the gray‐to‐gray 3D crosstalk levels, we optimized the over‐driving table of the image panel of AR3D prototype. By applying the over‐driving method, it was clarified that the equation of the gray‐to‐gray 3D crosstalk which we proposed was matched very well with the actual images in 3D mode and that the ghost effects were greatly reduced.
P‐14: Development of Ultra High Luminance, Active Matrix VFD for a HUD System
Authors: Takano Sadao , Nonaka Akihiro , Nishioka Toshihiro , Fuyuki Toshimitsu , Shirahama Shigeharu , Tokura Katsuji , Shimizu Norio 
Published: October 2010

AbstractWe have developed a reconfigurable, super high luminance, active matrix VFD for Heads Up Display (HUD) use. At this time, we tried to improve our CIG (Chip In Glass) technology to satisfy both performance of ultra high brightness and reconfigurable screen. To solve this issue, we focused on the following points: (1) Active matrix driving, (2) Direct phosphor printing onto electrodes placed on surface of the IC chip. (3) Narrow pitch filament design with grid less structure. In the results, we have successfully realized a reconfigurable VFD which performs max. 32,000 cd/m2. In this paper, the structure of the active matrix VFD and its performance are described.
10.3: CrossTalk Evaluation of ShutterType Stereoscopic 3D Display
Authors: Pan Cheng‐Cheng , Lee Yo‐Ray , Huang Kun‐Feng , Huang Ta‐Chin 
Published: October 2010

Abstract3D display technology has been widely applied in many fields, such as entertainment, education. And also, there is being commercialized recently. Thanks for overdrive technology and multirefresh rate technology, it makes shuttertype glasses 3D stereoscopic technology could be realized in TFT‐LCD display after CRT. The advantage of Shuttertype 3D stereoscopic is no limitation of viewing angle and distance compared to auto stereoscopic display such as barrier type and lenticular type ones. Owing to the different principle of various 3D stereoscopic technologies, 3D image quality measurement should depend on different 3D principle. Therefore, there are still many metrology related to 3D display that need to be defined clearly, especially for crosstalk. Here, we propose a method modified from different from that usually used in nakedeye and glasstype 3D stereoscopic display, an evaluation is suit for shuttertype 3D stereoscopic display.
P‐18: Suppression of Threshold Voltage Shift of Oxide‐based TFT by Employing Thermal Pre‐treatment
Authors: Kim Sun‐Jae , Park Hyun‐Sang , Lee Soo‐Yeon , Ji Seon‐Beom , Han Min‐Koo , Lee Woo‐Geun , Yoon Kap‐Soo , Lee Young‐Wook 
Published: October 2010

AbstractThe stability of oxide‐based TFT under bias stress was considerably improved by employing in‐Situ thermal pretreatment, which suppresses hydrogen content in the oxide active layer. By suppressing the inflow of hydrogen, easily movable, back interface trapping was reduced and the VTH shift of the oxide TFT was suppressed successfully.
P‐28: Effect of Annealing Temperature on Reliability of Solution‐Processed Zinc Tin Oxide Thin Film Transistors
Authors: Lee Jeong‐Soo , Kim Yong‐Jin , Lee Yong‐Uk , Kuk Seung‐Hee , Han Min‐Koo , Kim Yong‐Hoon 
Published: October 2010

AbstractWe fabricated solution‐processed ZTO TFTs with annealing temperature of 300 °C ∼ 550 °C in order to investigate the reliability of ZTO TFT. The shift of threshold voltage by gate bias‐stress of ZTO TFTs is altered according to annealing temperature because of the increase and decrease of trap states caused by bonding variation.
P‐40: Design of Analog Pixel Memory Circuit with Low Temperature Polycrystalline Silicon TFTs for Low Power Application
Authors: Chu Li‐Wei , Liu Po‐Tsun , Ker Ming‐Dou , Zheng Guang‐Ting , Li Yu‐Hsuan , Kuo Chung‐Hung , Li Chun‐Huai , Hsieh Yao‐Jen , Liu Chun‐Ting 
Published: October 2010

AbstractA new analog pixel memory cell realized in a 3‐μm LTPS technology is proposed to achieve low‐power consumption for TFT‐LCDs. By employing the inversion data in storage capacitor with complementary source follower, the frame rate to refresh the static image can be reduced from 60Hz to 3Hz with output decay only less than 0.075V under the input data from 1V to 4V.
11.1: Invited Paper: 15inch RGBW Panel Using TwoStacked White OLED and Color Filter for LargeSized Display Applications
Authors: Han Chang‐Wook , Pieh Sung‐Hoon , Pang Hee‐Suk , Lee Jae‐Man , Choi Hong‐Seok , Hong Soon‐Kwang , Kim Bum‐Sik , Tak Yoon‐Heung , Lee Nam‐Yang , Ahn Byung‐Chul 
Published: October 2010

AbstractWe have developed a twostacked white OLED based on bottomemission structure for largesized display. It consists of one unit emitting fluorescent blue and the other unit emitting phosphorescent yellow twodopant of red and green in a host layer. In order to improve the performance of the WOLED, we adopted new noncabazole compound as a hole transporting layer with high triplet energy level and akali—metal doped charge generation layer. In addition, we employed new greenish yellow dopant instead of previous green dopant to enhance the lifetime of the phosphorescent stack. The resulting device exhibits 61.3 cd/A of current efficiency, 30 lm/W of power efficiency, and 6.4 V of driving voltage of at 1000 nit where its CIE coordinate is 0.340, 0.334. Halflifetime T50 of the device is estimated more than 130,000 hrs at 1000 nit. We also fabricated 15inch HD panel employing the twostacked WOLED and color filter.
P‐187: A Novel IPS Cell Structure Driving without Static Vcom
Authors: Jeong YoungMin , Lee SuWoong , Lee JuYoung , Kim JoonYoung , Moon HongMan , Lee JooHong , Jun MyungChul 
Published: October 2010

AbstractThere are various modes to drive liquid crystal in LCD IPS, VA, TN, FFS etc. They have something in common that is using Vcom on the whole panel to drive liquid crystal. So we control the Vcom to minimize Vrms deviation in switching frame. But it gives DC stress in liquid crystal continuously and occurs the reliability problem because of limitation of control the Vcom deviation on the whole panel. To solve this problem, we made “UPS” structure which drives liquid crystal using a gap of data signal without Vcom. So it is possible that no difference Vrms in each frame, in each position of panel. Therefore, we reduce flicker and DC stress in liquid crystal.And, we have confirmed the better result from the 15″ IPS prototype panel driven by the UPS technology.
P‐60: The Performance Enhancement of the 2ωYAG Laser‐Crystallized Poly‐Si Using a Back‐Side Self‐Heating Layer of a‐Si
Authors: Li Juan , Ding Siwei , Yao Ying , Meng Zhiguo , Wu Chunya , Xiong Shaozhen , Kwok Hoi Sing 
Published: October 2010

AbstractCrystallization of a‐Si by doubled frequency YAG laser using a self‐heating layer technology was proposed in this paper. The grain size and the hall mobility of the resulted poly‐Si thin film were enhanced up to almost two times by using the self‐heating layer technology. This technology has a dual heating effect: heat‐retaining and self‐heating with an easier process and wider process window, compared to the conventional capping‐layer technology.
P‐63: Distinguished Poster: Solvent‐less Repair Inks for Color Filter Application
Authors: Tang Feng‐Chin , Chen Huang‐Ming Philip , Li Chi‐Hsin , Hsieh Wen‐Jen 
Published: October 2010

AbstractColor filter (CF) is one of the key components for liquid crystal display (LCD). It is costly to make from repeated lithography processes. The defects may be generated during these complex manufacture processes. The recycling defect CF panels are environmental unfriendly and non cost‐effective process. As a result, CF repairing is not only an important cost‐effective technical process, but also a process contributing to the greener LCD process. In this study, a solvent‐less repaired ink system was reported. The balance of viscosity, ink fluidic, crosslinker, and color saturation enabled the defect repair. Furthermore, the energy has been conserved without high temperature curing process. Hence, the solvent‐free CF repair inks process offers a promising result for contributing to a greener world.
11.4: Transparent AMOLED Display Based on Bottom Emission Structure
Authors: Chung Jinkoo , Lee Joohyeon , Choi Junho , Park Chanyoung , Ha Jaekook , Chung Hokyoon , Kim Sang Soo 
Published: October 2010

AbstractA transparent active matrix organic light emitting diode AMOLED display based on a bottom emission structure, which is best for largesized OLED displays, has been fabricated. The transparent AMOLED display shows an image only to its bottom side, and background images can be seen through the transmissive windows. Pixel layout of the conventional bottom emission structure has been redesigned to merge transmissive openings to a single window per each pixel for higher transmissivity. A prototype of the transparent AMOLED display demonstrated 27% transmissivity and 100% NTSC color gamut.
P‐79: HSP: A Hybrid Simulation Platform for Backlight Dimming in TFT‐LCDs
Authors: Cui Qingyu , He Pei , Guo Xiaojun , Lu Jiangang , Liang Guoen , Su Yikai , Cao Taixin , Lee Chi‐Tien 
Published: October 2010

AbstractA general and comprehensive hybrid simulation platform(HSP) is developed for conveniently evaluating and optimizing the backlight design and driving schemes in TFT‐LCDs to achieve low power and excellent image quality. It incorporates a range of capabilities from the early backlight optical simulation to the performance evaluation and optimization at the system level for the design of almost all kinds of LCD backlight systems. The HSP is then used to optimize and evaluate a local dimming scheme based on edge‐type LED backlight technology for a 14.1′W TFT‐LCD panel, and the simulation and analysis results are presented.
P‐81: Two Zones Method of Furnace‐Growing Technology to Control Grain Size of In2O3 Film on Gallium Nitride LED
Authors: Lian Jan‐Tian , Tsao Kai‐Chieh , Su Chun‐Wei , Chiang Chin‐I , Li Tzung‐Yang , Liu Chun‐Shin , Lin Tai‐Yuan , Tsou Chien‐Lung 
Published: October 2010

AbstractSurface‐Roughing Method is effective to enhance the efficiency of the light emission of LEDs. We have developed a novel Furnace‐Growing Technology of Surface‐Roughing Method to enhance external quantum efficiency and control the grain size of Indium oxide (In2O3) film on the top layer of GaN LEDs. The deposited Film of Indium oxide on GaN LEDs is crystallitic sharps and high uniformity of the thickness.
12.2: Novel Addressing Method for Color FilterLess Liquid Crystal Displays
Authors: Hsieh Yi‐Han , Lin Fang‐Cheng , Huang YiPai , Shieh Han‐Ping D. 
Published: October 2010

AbstractA novel TFT addressing method for color filterless liquid crystal displays was proposed. The original model scanned row by row while this proposed model scanned n×n rows. Therefore, TFT scanning time was reduced. The extra time could be used to compensate for the insufficiency of the LC response speed or enhance image brightness. To simultaneously maintain image quality, this scanning model was applied to dimmer fields. with this proposed method, a novel color breakup suppression method, StencilFSC, has higher potential to be implemented on hardware.
P‐89: Influence of Sustaining Frequency on the Discharge of Shadow Mask PDP
Authors: Zhu Di , Tolner Harm , Yang Lanlan , Tu Yan , Li Qing , Fan Zhaowen , Wu Zhong , Kuang Yawei , Zhang Xiong , Wang Baoping 
Published: October 2010

AbstractThe influence of sustaining frequency on the discharge of Shadow Mask PDP (SM‐PDP) is been investigated by both experiments and two dimensional simulations. The ratio of VIS/IR and Efficacy/(VIS/IR) is used to illustrate the xenon excitation efficiency and electron heating efficiency respectively.It can be seen from the simulations that the decrease of efficacy in high sustaining frequency is the result of long life xenon metastables relative to the repetition rate, cannot convert into xenon excimer efficiently and therefore a lower value of the overall discharge efficiency.
P‐92: Analysis of Wall Charge Distribution in an AC PDP with an Auxiliary Electrode Using a Two‐Dimensional Numerical Simulation
Authors: Kim Eun Sung , Bae Hyun Sook , Choi Kyung Cheol 
Published: October 2010

AbstractA two‐dimensional simulation code is developed in this study to verify the dynamics of a plasma discharge in an AC PDP with multiple electrodes. Simulation results showed that a pulse applied to the auxiliary electrode contributed to the generation of more excited species as well as increased luminous efficacy. Furthermore, the Xe excitation efficacy and wall charge distribution with and without an auxiliary electrode was simulated.
P‐94: Long Time‐Discharge Characteristics of MgO Layer with Nano‐Powder in AC Plasma Display Panel
Authors: Kim Jae Hyun , Park Choon‐Sang , Tae Heung‐Sik , Lee Joon Ho 
Published: October 2010

AbstractThe characteristics of the MgO layer are known to be an important parameter that affects both the stable address discharge and luminance characteristics in an ac‐PDP. In this paper, to enhance the long time‐discharge characteristics of 42‐in. ac‐PDP with an ternary gas compositions such as He‐Xe(17%)‐Ne, the effects of the nano‐powder on the MgO layer on the long‐time discharge characteristics are examined. As a result, it is observed that the MgO layer with nano‐power can enhance the long time‐discharge characteristics in an ac‐PDP.
12.3: MultiLC/BL Algorithmic Technique in Field Color Sequential LCD for Color Breakup Suppression
Authors: Chu Chen‐Li , Hsieh Chun‐Yu , Chiu Da‐Liang , Chen Ke‐Horng 
Published: October 2010

AbstractThis paper proposes a gray level determination of liquid crystal and backlight LC/BL to suppress color breakup CBU infield color sequential technique of LCD. Classified determination and backlight type with associated controlling backlight improves dynamic image quality and reduces CBU effect. Besides, the proposed MultiLC/BL algorithm adaptively selects an adequate mode according to the image data. In other words, the scope of CBU suppression of MultiLC/BL algorithm is more extensive than other conventional field color sequential techniques.
P‐100: A Power‐saving, High Brightness and Uniformity Field Emission Planar Lamp
Authors: Cheng Ching‐Hsuang , Yu Yung‐Chih , Yang Tzung‐Han , Lo Jason , Mo Chi‐Neng , Jeng Jian‐Min , Shih Wen‐Ching , Chang Chih‐Chieh , Tsai Woo‐Hu 
Published: October 2010

AbstractWe successfully fabricated a power‐saving, high brightness and uniformity field emission planar lamp (FEL) by simply screen printing process. In order to maximize the output brightness and reach a good lighting uniformity, we create an innoviative emitter pattern and optimize the FEL assembly process. By the innoviative spiral emitter pattern and optimization assembly process, we fabricated the high brightness and uniform lighting FEL. The lighting area of FEL is 325×37 mm2. The FEL can be operated at DC voltage 6.56 KVwith 2 mA current and the brightness is greater than 28000 Cd/m2.
P‐107: Low Voltage Driving Color Active Matrix Electrophoretic Display
Authors: Lee Yong Eui , Woo Sungil , Cho Young Tae , Choi Man Seop , Choi Yong Gir , Park Seoung Chul , Kim Chul‐Hwan , Jeon Jae‐Hong , Park Sang‐Hee Ko , Ryu Minki , Hwang Chi‐Sun , Jeon Jae‐Hong 
Published: October 2010

AbstractWe have prepared ZnO TFT driving color AMEPD using nano‐scale electrophoretic ink particles made by invented modified emulsion process. New concept of color filter using silver halide technology — similar with photographic technology‐which is suitable for reflective EPD application was adapted to develop color filters. To get rid of align process for color filters and TFT arrays, transparent ZnO TFT with low temperature process was fabricated. In case of monochrome EPD, the contrast ratio was 23:1 at operating voltage of ± 10V. Zone color prototype AMEPD was fabricated with silver halide color filter.
P‐110: The Control of Tribo‐Charge Stability of Polymer Particles using Silica Additives for Electronic Paper
Authors: Kwon Soon‐Hyung , Kim Won‐Keun , Han Chuel‐Jong , Han Jeong‐In 
Published: October 2010

AbstractA simple coating method by SiO2 additive was proposed to enhance the tribo‐charge stability of polymer particle using jet mill method. Bare white particle without SiO2 additive showed the fluctuation of tribo‐charge amount with aging time. After coating, white particle showed the stable charge stability with aging time. White particle showed the wide variation of charge amount according to aging time in the range of 59 to 91 uC/g. But SiO2 embedded particle had a property to maintain the narrow variation of charge amount from 9 to 13 uC/g during particle collision. Coated white particles showed appropriate charge amount and retention properties regardless of collision of frequency.
P‐115: Non‐flat TFT‐LCD Technology for Mobile Applications
Authors: Yang Wei Chieh , Chien Wei Yi , Chen Maw Song , Huang Wei Ming 
Published: October 2010

AbstractThe non‐flat TFT‐LCD technology is demonstrated in this paper. This type of displays possesses good optical properties comparable to traditional TFT‐LCDs and hence is appropriate for mobile applications. The challenges of this highly mass‐producible technology will also be discussed thoroughly in this article.
P‐145: A Novel Reverse‐Type Twisted Nematic LCD Showing Bistability and High Contrast Ratio
Authors: Takahashi Ryohei , Saito Susumu , Takahashi Taiju , Toko Yasuo 
Published: October 2010

AbstractA Reversed‐Twisted Nematic (R‐TN) mode shows two stable states of splayed twist state and reversed twist state. These two states are switchable by applying the electric field of perpendicular or horizontal direction. The contrast ratio of the bistable R‐TN‐LCD is drastically improved by the optimization of the R‐TN LC cell.
P‐124: Study of Stacked Alignment Layers on a Single Substrate with Spatial Liquid Crystal Pretilt Angles and its Applications
Authors: Tseng Man‐Chun , Lee Chung‐Yung , Li Yuet‐Wing , Kwok Hoi‐Sing 
Published: October 2010

AbstractIn this paper, we report recent developments in stacked alignment to generate spatially varying liquid crystal pretilt angles. This is a nanostructure alignment surface that can be produces any pretilt angle on a single substrate. The pretilt angle's profile can be controlled. An electrically tunable liquid crystal lens using such nanostructure alignment surface is demonstrated