bluuebunny/crossref_metadata_2025_split huggingface dataset:
P‐73: Objective Evaluations of Manipulating Algorithms on FPD by a 2D‐Colorimeter
Authors: Hsu Shau‐Wei , Chen Cheng‐Hsien , Chung Zong‐Ying , Pong Bao‐Jen 
Published: August 2010

AbstractComparisons of CIE‐Lab histograms of tested images on FPDs were performed by measurements with a 2D‐colorimeter. The images were generated by manipulating original images according to FPD characteristics, correlated color temperature, lightness, and saturation. Experiments show that this method provides quantitative and intuitional data for assessments of the manipulating algorithms.
P‐190L: Late‐News Poster: Universal Evaluation of Stereoscopic 3‐D Displays
Authors: Casner Glenn E. , Schultz John C. 
Published: August 2010

AbstractRecently, various types of stereoscopic three‐dimensional (3‐D) displays have been developed and commercialized. with this increased public awareness and interest in 3‐D displays, the need is rapidly emerging for a universal method to quantitatively compare the various technologies' ability to confer a sense of depth to viewers. In recent years, a number of methods for comparison have been suggested such as crosstalk, visual fatigue, and subjective measures of image quality; however, these methods fail to directly assess the various displays' ability to confer a sense of depth to the user solely on the basis of disparity information. This paper will outline a universal quantitative evaluation of stereoscopic 3‐D display technologies that enables one to quantitatively compare stereoscopic 3‐D displays in terms of their ability to confer a sense of depth to the viewer.
P‐76: A Novel Overdriving Compression System with Low Cost and High Image Quality
Authors: Chao Yue‐Li , Chen Chien‐Hung 
Published: August 2010

AbstractWe have developed an adaptive compression algorithm to reduce the frame memory of overdrive in WUXGA LCDs. The algorithm is implemented without additional line buffers. We provided high image quality having an average peak signal‐to‐noise ratio (PSNR) > 45dB. We integrate a timing controller and SDRAM to a single package.
P‐77: A Novel 2‐D/3‐D Arbitrarily Switchable Autostereoscopic Display
Authors: Chou Ming‐Der , Tsai Chi‐Chung , Chang Chih‐Chun , Lien Jan‐Tien , Yang Cheng‐Chen , Tsou Chien‐Lung , Mo Chi‐Neng 
Published: August 2010

AbstractIn this paper, we developed “Mask Key” and “Sub‐Pixel Mode ” LC barrier shutter methods by electrical control and combined these two methods to fabricate 15.4 inch 2D/3D arbitrarily switchable autostereoscopic 4‐view display successfully. It is the first time 3D display can auto‐switch between 2D and 3D mode in the world. Besides, clear 2D and 3D image can be displayed in the same time.
P‐83: An Improvement of Color Difference between Two Eyes of Stereoscopic Display with Glasses
Authors: Yeh Pi‐Chun , Chen Chin‐Wen , Huang Chuan‐I , Wu Yu‐Jim , Shih Chih‐Hung , Huang Wei‐Ming 
Published: August 2010

AbstractA design which reduces the color difference between two views of a stereoscopic display is described. The color difference between two views results due to wavelength dispersion of patterned retarder made by a liquid crystal. The new design employs glasses modified to reduce color differences between two views with a resultant reduction in crosstalk.
P‐84: Cold Cathode Fluorescent Lamps with MgO‐Coated Electrode
Authors: Lee Jae‐Wook , Jung Se‐Hun , Lee Min‐Kyu , Jung Seung‐Jun , Song Hyuck‐Soo , Choi Eun‐Ha , Cho Guangsup 
Published: August 2010

AbstractCold cathode fluorescent lamps (CCFLs) adopting MgO‐Coated Electrode are investigated to be a high performance with respect to the reduction of lamp voltage and ignition voltage, the increase of luminance and efficiency, and the reduction of heat‐generation at the electrode in comparison with the conventional CCFLs.
P‐88: Effect of ZnS Treatment by Plasma on Properties of Derived Phosphors
Authors: Ogurtsov Konstantin , Sychov Maxim , Erusin Alexandr , Bakhmetiev Vadim , Gavrilenko Igor , Sosnov Evgeniy , Abramov Dmitriy , Tsvetkova Maria 
Published: August 2010

AbstractInfluence of some parameters of plasma treatment of initial ZnS powder precursor on properties of derived phosphors has been investigated. for this we processed ZnS powder precursor with different parameters of plasma treatment: gases, different times and electric potentials. Electroluminescent phosphors were then synthesized using treated ZnS and EL devices were fabricated. Plasma treatment increased EL and PL brightness and also increased intensity of green band in emission spectra comparing to blue one.
P‐191L: Late‐News Poster: Fabrication of High Efficient Green Emission Zinc Oxide Films at Low Temperature by Radio Frequency Magnetron Sputtering
Authors: Li Chaoyang , Matsuda Tokiyoshi , Kawaharamura Toshiyoki , Furuta Hiroshi , Hiramatsu Takahiro , Furuta Mamoru , Hirao Takashi 
Published: August 2010

AbstractZinc oxide thin films phosphors were successfully prepared by radio frequency magnetron sputtering at low temperature. Strong green emissions with a peak at around 505 nm, and a CL luminescence of about 10,580 Cd/m2 under excitation of 10 kV, 1mA/ cm2 were obtained.
P‐91: Power Reduction Using Adiabatic Charge Method for PDP Driver Circuit
Authors: Chen Wei‐Feng , Nakamura Hirokazu , Sano Yuji 
Published: August 2010

AbstractPlasma display is using an energy recovery circuit and can be reduced its circuit power consumption. However, further power reduction is necessary for large‐Size high resolution picture of in such as Super HDTV. Our theoretical relative power consumption in ideal adiabatic charge circuit is 0.81, and produced 2 steps adiabatic charge circuit is 0.93 of the conventional energy recovery circuit.
P‐92: Driving Waveforms for Improving Temporal Bright Image Sticking in AC Plasma Display Panel
Authors: Lim Jae Kwang , Park Choon‐Sang , Tae Heung‐Sik , Ito Kazuhiro , Park Jung Pil , Jung Nam Sung 
Published: August 2010

AbstractThe iterant strong sustain discharge during a sustain period was known to induce an image sticking problem, but its detailed mechanism is not still fully understood. It is found that the rising slope of the sustain waveform has a significant influence on the recovery time of temporal bright image sticking. As a result, the recovery time of temporal bright image sticking is shortened considerably by properly controlling the rising slope of the sustain waveform.
P‐93: New Reset Waveform for High Speed Address under High Ambient Temperature in AC PDP
Authors: Jang Soo‐Kwan , Tae Heung‐Sik 
Published: August 2010

AbstractBased on the assumption that the wall voltage variation affecting the address discharge delay is deeply related to the exo‐emission of the MgO surface especially under the high ambient temperature, the effects of two parameters such as the interval time between sustain‐ and reset‐period and the ramp‐up holding time of the reset period on the wall voltage variation during the address‐period are examined under the high ambient temperature in the 50‐in. ac‐PDP withfull‐HD resolution. As a result, the new reset waveform with optimal ramp‐up holding time is proposed for a high speed address under high ambient temperature.
P‐94: Discharge Efficiency Study in SMPDP
Authors: Kuang Yawei , Tolner Harm , Qing Li , Di Zhu , Yuan Cui , Xiaowen Zhang , Xiong Zhang 
Published: August 2010

AbstractThe relationship between IR and VUV emission was investigated in an opposed PDP discharge at high Xe content and high voltage levels. The ratio of VIS/IR and the ratio of Efficacy/VIS/IR were determined to analyze the behavior of the xenon excitation efficiency and the electron excitation efficiency as a function of driving voltage and xenon content. We see that the xenon excitation efficiency is almost independent from the driving voltage, and is increasing approximately linearly with the xenon partial pressure.
P‐95: Reduction of Firing Voltages of AC‐PDP Using Low Dielectric Constant Layer
Authors: Huh Yoon Ho , Son Chan Hee , Han Yonggyu , Son Chang Gil , Choi Eun Ha , Cho Guangsup , Hong ByoungHee 
Published: August 2010

AbstractIn this study, we investigated a method for the usage of the dielectric materials with a small dielectric constant in the front dielectric layer of AC‐PDP without the increase of the firing voltage. The firing voltages according to the dielectric constant of the front dielectric layer are calculated quantitatively. The results show the well‐known trend that the firing voltage increases as the dielectric constant becomes small. However, it was newly found that the increase of the firing voltage is caused by the shorten lengths of the discharge paths rather than by the weakened strength of the electric field. So we devised a new structure which can make the discharge path longer. The calculation result shows that the firing voltage of the two‐layer case with a higher dielectric constant materials (ε=12) at the low position and a smaller dielectric constant materials (ε=6) at the upper position is about 10V lower than that of the single layer with dielectric materials of the dielectric constant 6.
P‐99: Field Emission Properties of RNA‐Carbon Nanotube Hybrid Film Using a Spray Method
Authors: Cho Woo‐Sung , Lee Yang Doo , Yu Jung‐Wan , Ju Byeong‐ Kwon , Kim Yong Churl , Park Jung‐Ho 
Published: August 2010

AbstractSinglewalled carbon nanotubes (SWNTs)‐based field emitters are made by use of a spray method. They were dispersed in transfer‐ribonucleic acid (t‐RNA) aqueous solution and sprayed onto a photoresist‐masked indium tin oxide glass substrate. After left‐off process, well‐defined t‐RNA‐SWNT hybrids pattern array is obtained and they were found to be tightly adhered to the ITO electrode. Good field emission properties were exhibited.
P‐104: Low Pressure Hot Wall Deposition of Mono‐Crystalline Rubrene Thin Films for Organic Thin Film Transistors
Authors: Chen Yi , Shih Ishiang 
Published: August 2010

AbstractMono‐crystalline Rubrene (5,6,11,12‐Tetraphenylnaphthacene) thin films with thickness between 1 μm and 10 μm with grain sizes as large as 100 μm × 2 mm were successfully deposited on OTS(octadecyltrichlorosilane) coated TFT substrates by a low pressure and hot wall deposition method. Organic thin film transistors based on these high quality thin films have μaverage of 1.77 cm2/V‐s and μmax of 2.47 cm2/V‐s, ON/OFF current ratios around 106. The morphologies and crystallinities of rubrene thin films deposited under different conditions were studied with X‐ray diffraction analysis. The average field effect mobility values of OTFTs based on these rubrene films were also compared to determine the optimal film deposition conditions.
13.2: Driving Waveforms for New Single Sustain System with High Voltage Address Driver (Hi‐AD)
Authors: Onozawa Makoto , Nagase Takuo , Mori Mutsuhiro , Seo Yoshiho 
Published: August 2010

AbstractWe developed driving waveforms for new single sustain system with Hi‐AD. We designed address breakdown voltage up to 270V from conventional 100V to obtain the wide driving margin. The cost of sustain and address circuits can be reduced 19% compared with the conventional dual sustain system.
P‐107: Mechanism of Peel‐Off of Metal Substrate for Flexible Devices
Authors: Kim Soo Young , Kim Kisoo , Hong Kihyon , Kim Sung Jun , Lee Jong‐Lam 
Published: August 2010

AbstractThis work presents an innovative approach for the manipulation and fabrication of flexible OLEDs to overcome substrate and fabrication difficulties, while controlling the adhesive energy between metal and oxide to peel off OLEDs from a glass substrate. Through this peel‐off technique, fabricated OLEDs were separated from the rigid glass substrate.
P‐108: A Flexible Display Using Dye‐Doped PSCT
Authors: Hurley Shawn , Ma Ji , Yang Deng‐Ke 
Published: August 2010

AbstractWe investigated the effect of adding a dichroic dye to the polymer stabilized cholesteric texture (PSCT) normal mode light shutter display. We observed an improvement in the contrast ratio for a given applied voltage, which can be used to reduce the power consumption. We demonstrated displays fabricated on flexible plastic substrates.
P‐110: Dual‐Layered Films Consisting of CNT and Conducting Polymer Fabricated by Micro‐Contact Printing for Flexible Electrodes
Authors: Huh Jin Woo , Jeong Jin Wook , Lee Jin Woo , Shin Sang‐II , Kwon Jae‐Hong , Choi Jinnil , Ju Byeong Kwon , Yoon Ho Gyu , Cho Gyeong‐Ik , You In‐Kyu 
Published: August 2010

AbstractWe report a CNT/conducting polymer dual‐layered films (CPDFs), which has ∼1000Ω/sq resistance and ∼93% transmittance, self‐aligned with a precision of 20μm by micro‐contact printing. In addition, a potential usage of the CPDFs as a transparent electrode for the application in flexible devices including organic thin film transistor (OTFT) is demonstrated.
P‐112: Inkjet Printed Organic Thin‐Film Transistors with CNT S/D Electrodes for Flexible Displays
Authors: Han Seung Hoon , Kim Yong Hee , Choi Min Hee , Lee Sun Hee , Jang Jin , Park Young‐Bae , Irvin Glen , Drzaic Paul 
Published: August 2010

AbstractIn this work, we fabricated inkjet printed OTFT with CNT source‐drain electrode for plastic displays. 6,13‐bis(pentylphenylethynyl)pentacene was used for printable organic semiconductor. The OTFT with CNT electrode exhibited the field‐effect mobility of 0.15 cm2/Vs, threshold voltage of −3.4 V with on‐off current ratio of ∼107. The performance is suitable for driving e‐paper display on plastic. Especially normalized contact resistance was 10 times lower than that of bottom‐contact pentacene TFT using Au S/D electrode.
P‐193L: Late‐News Poster: Study on Direct Imprint Fabrication Method for Liquid Power Type Electronic Paper Display
Authors: Choi Kyung Ho , Lee Choong‐Ho , An You‐Sun , Kim Jae‐Gu , Park In , Lee Sangkug 
Published: August 2010

AbstractIn this paper, we describe a formation of rib structure by direct imprint method for liquid powder type of electronic paper display. The particle mobility could be controlled by adjusting some characteristics of dielectric layer. Thus the combination properties for both dielectric layer materials and particle surface gave an important key factor for optimum device design to reduce driving voltage in some ranges.
P‐115: Broad Band Selective Reflection from a Single Cholesteric Liquid Crystal Layer with a Helical Pitch Gradient and its Applications
Authors: Matsumoto Yonetatsu , Tamura Kentaro , Harai Ken'Ichi , Fujino Yasuhide , Kawabata Koya , Arakawa Kohei 
Published: August 2010

AbstractWe have succeeded in obtaining broadband selective reflection over the entire visible spectrum from a single cholesteric liquid crystal layer with a helical pitch gradient. The broadband cholesteric layer is applied to brightness enhancement films for LCD, to decorative films with metallic reflection, and to IR shielding films. The decorative film and the IR shielding film are immune to radio wave for telecommunication.
P‐120: Optimizing the Zenithal Bistable Display
Authors: Amos Richard M. , Jones Cliff 
Published: August 2010

AbstractZenithal Bistable LCDs use a profiled grating as one of the alignment layers in an otherwise standard twisted nematic display. Both the bistable latching properties of the device and its electro‐optic behaviour are influenced by the grating shape. The relevant rules for optimising device performance are described.
P‐128: Viewing Angle Switching of Liquid Crystal Displays Driven by Fringe Field Switching
Authors: Kim Woo Il , Jeon Eun Jeong , Kim Seong Su , Chin Mi Hyung , Lim Young Jin , Jeong Kwang‐Un , Lee Seung Hee 
Published: August 2010

AbstractWe propose a pixel structure of viewing angle switchable liquid crystal display associated with fringe‐field switching (FFS) mode using one panel. In the device, one pixel is composed of main‐ and sub‐pixel, in which both pixels are formed to generate fringe electric field. However, the fringe field direction is different each other such that in the main pixel, fringe field rotates liquid crystal (LC) making its optic axis deviating from polarizer axis but fringe field only tilts LC upward without rotating in the sub‐pixel region. In this way, light leakage can be generated in the sub‐pixel, which can block displayed images in an oblique viewing angle.
P‐129: Study on Electro‐Optic Characteristics According to Length between Pixel Electrodes in the Fringe and In‐Plane Field Switching Mode
Authors: Ha Kyung Su , Jung Jun Ho , Park Ji Woong , Kim Min Su , Lim Young Jin , Lee Seung Hee , Wu Shin‐Tson 
Published: August 2010

AbstractWe have studied electro‐optic characteristics of high performance liquid crystal display using combined fringe and in‐plane horizontal electric fields, named as fringe and In‐plane switching (FIS). The strong electric fields cause more liquid crystals to reorient above and between the pixel electrodes. Moreover, the operating voltage of FIS mode was decreased by using two thin film transistors (TFTs). To suggest novel structure of FIS mode, electro optic characteristics are analyzed as a function of length between pixel electrodes compared to IPS and FFS mode. Consequently FIS mode shows not only higher transmittance but also lower operating voltage than those of IPS and FFS mode while keeping wide viewing angle.
P‐135: Optically Addressable Liquid Crystal Displays in Polymer‐Dispersed Cholesteric Liquid Crystals
Authors: Cheng Ko‐Ting , Li Jau‐Ham , Fuh Andy Ying‐Guey 
Published: August 2010

AbstractThis work presents optically addressable liquid crystal displays (LCDs) in polymer‐dispersed cholesteric liquid crystals (PDCLCs). A UV‐polymerized polymer film can destroy the surface‐treated alignment layer, and change the cholesterics textures from planar to focal conic in PDCLCs. The clearing temperature can be changed by doping with monomeric and chiral dopant due to the impurity effect. Additionally, the clearing temperatures of LCs in cured and uncured regions are different because of the quantity of the monomers, which can increase the impurity. Consequently, the presented textures in these two regions can be switched by controlling sample's temperature, and can be achieved several interesting devices.
P‐138: Improvement of Optical Compensated Bend (OCB) and Vertical Alignment (VA) Mode Liquid Crystal Displays by Nano‐Alignment Technique
Authors: Chen Wei‐Hong , Wang Shia‐Fan , Lin Hong‐Cheu , Mo Yung‐Lung , Chuang Yun‐Ching , Chen Szu‐Fen Fenny 
Published: August 2010

AbstractSurface‐modified silicon oxide (SiO2) nanoparticles containing surfactants with amino end‐groups were synthesized. The amounts of surfactants anchoring on SiO2 nanoparticles were characterized to research 8 wt% by thermogravimetric analysis (TGA). The characteristic amino peak of surfactants on SiO2 nanoparticles can also be confirmed by nuclear magnetic resonance (NMR) spectroscopy. By spin‐coating reactive surface‐modified SiO2 nanoparticles on the pre‐cured polyimide (PI), amino end‐groups of the surfactants can be further reacted with pre‐cured PI layer over the ITO surface by thermo‐curing. Moreover, the distribution of post‐cured nanoparticles in the optical compensated bend (OCB) and vertical alignment (VA) cells have been investigated by scanning electron microscope (SEM). As a result, the newly developed nano‐alignment technique with different process conditions, such as various particle sizes and concentrations, can be applied to improve the threshold voltage, response time, and pre‐tilt angle in the OCB and VA mode liquid crystal display (LCD) cells.
P‐143: Transflective Liquid Crystal Display Using UV Curable Reactive Mesogen
Authors: Kang Byeong Gyun , Lim Young Jin , Kim Jin Ho , Chin Mi Hyung , Lee Seung Hee , Choi Jung Min , Lee Gi Dong 
Published: August 2010

AbstractA single gap transflective liquid crystal display driven by fringe electric field in the transmissive (T) region and vertical electric field in the reflective (R) region was designed with formation of high pretilt angle larger than 45°through polymerization of an UV curable reactive mesogen monomer at the surface in the R region, the effective cell retardation value becomes half of that in the T region where the LCs are homogenously aligned. Consequently, a transflective display driven by a vertical and fringe electric field with a single cell gap and single gamma curves is realized.
P‐145: New Configuration of Normally Black Transflective ECB LCD with Low Cost
Authors: Lim Jaeik , Uh Keehan , Kim Kyuseok , Yun Youngnam , Moon JiHye , Choi Sanghyun 
Published: August 2010

AbstractThe ECB LC Mode is generally normally white Mode and is used transflective Mode, By applying new configuration of LC, Film such as Polarizer, Retarder, We realized Normally black ECB transflective Mode which one configuration improve reflective property, the other configuration improve transmissive property such as Contrast Ratio. Finally, we acquired over 200:1 contrast Ratio, and 4% reflectance in condition of a diffusing light.
14.3: Distinguished Paper: White Point Calibration of Color Sequential Mobile Projector
Authors: Keh Yongchan , Park Munkue , Park Byeonghoon , Lee Jungkee , Jang Donghoon 
Published: August 2010

AbstractColor sequential RGB LED driving architecture becomes popular for mobile projectors of which the output are under 10 lumens. One of the difficulties of color sequential projector lies in how to make white balance by mixing RGB color. LED bins and coupling tolerance are diverse so that they have sensitive effects on color temperature distribution. In this paper, the analyses of color temperature distribution and a practical calibration method will be presented.
P‐152: Efficient Single‐Layer Phosphorescent Green, Blue and White OLEDs Employing Large‐Triplet‐Energy and Ambipolar Hosts
Authors: Chen Chung‐Chia , Ke Tung‐Hui , Tsai Min‐Han , Wu Chung‐Chih , Grazulevicius Juozas V. 
Published: August 2010

AbstractIn this paper, we report an ambipolar host material with large triplet energies for single‐layer phosphorescent devices. Using such host material, we demonstrate efficient single‐layer green, blue and even white phosphorescent OLEDs.
P‐154: Broadband and Wide‐Viewing‐Angle Black Cathode of Organic Light‐Emitting Diode
Authors: Chiu Tien‐Lung , Xu Wei‐Feng , Lin Chi‐Feng , Lee Jiun‐Haw , Chao Chun‐Chieh , Leung Man‐Kit , Tsou Chuan‐Cheng , Lin Jin‐Ju , Shih Huai‐Ting 
Published: August 2010

AbstractCombining the absorption effect of Ag‐doped organic matrix and micro‐cavity effects of metal‐organic‐metal structure as the black cathode, a low reflectance (between 4.5 and 17%) organic light emitting diode (OLED) within entire visible range (from 400 to 800 nm) was achieved without anti‐reflection coating. This device looks “black” at all the viewing angles (from 0° to 75°). J‐V characteristic and operation lifetime of the “black” OLED is as good as the control device with Al cathode.
P‐155: OLED Display Attached by Patterned Microlens Array for Light Extraction with Negligible Image Blur
Authors: Wei Mao‐Kuo , Fang Jheng‐Hao , Lin Hoang‐Yan , Lee Jiun‐Haw , Ho Yu‐Hsuan , Chen Kuan‐Yu , Hsu Sheng‐Chih 
Published: August 2010

AbstractWe demonstrate a 51.9% luminance enhancement with keeping the image quality index of the display as high as 94%, by attaching a patterned microlens array film on a commercial 2.0‐inch OLED display. By removing the microlens upon the emitting area, light rays in the glass substrate less than critical angle was effectively extracted, which increases the optical intensity and reduces the image blur at the same time.
P‐158: Highly Efficient Ionic p‐i‐n Phosphorescent OLEDs Made by Solution Processing
Authors: Lee Young In , Han Mi‐Young , Park Chan Hyuk , Kim Mi‐Na , Choi Eun Ha , Seo Yoon Ho , Cho Guangsup , Park Byoungchoo 
Published: August 2010

AbstractWe report efficient light‐emission from solution‐processed single‐layered phosphorescent organic light‐emitting diodes that were doped with ionic salt and treated with simultaneous electrical and thermal annealing. The simultaneous annealing induced proper formation of an ionic p‐i‐n structure. As experimental results, brightness and efficiency were improved over 35,000 cd/m2 and 40 lm/W.