bluuebunny/crossref_metadata_2025_split huggingface dataset:
9.3: “Round View Display”, Motion Parallax Based 3D Display with Super Wide Viewing Angle
Authors: Takamine Hidefumi , Hasegawa Hiroshi , Okano Hideaki , Kamikawa Takahiro , Uehara Shin‐ichi , Tatsuta Shin‐ichi 
Published: July 2013

Abstract“Round View Display (RVD)” achieves “Round View” perception by realizing the smooth expression of image rotation corresponding to the position of each member of the audience with super wide viewing angle and smooth motion parallax. By adding a specially designed slanted prism sheet after a lenticular lens, 90 deg. viewing angle is achieved.
11.1: Invited Paper: Development of the World‐wide Largest 110′ 4K2K 3D TFT‐LCD Display
Authors: Chen Li‐Yi , Chen Yu‐Yeh , Hou Hung‐Lung , Mo Yuming , Chiu Chung‐Yi 
Published: July 2013

AbstractCSOT has successfully developed 110‐inch LCD TV that is the largest LCD TV. It integrates many innovations in LCD technology, containing 50000:1 dynamic contrast ratio, 1000 nits ultra high brightness, high‐saturated color reproduction with NTSC 92% and 288 areas local dimming backlight. Moreover, Shutter‐glasses 3D function has also been achieved
11.3: Distinguished Paper: High Transmission VA‐LCD with a Three Dimensionally Shaped Pixel Electrode for 4K × 2K Displays
Authors: Miyakawa Masashi , Suwa Shunichi , Kobayashi Chikashi , Nagase Yoji , Iwaki Ichiro , Tsubota Hiroyoshi 
Published: July 2013

AbstractA three dimensionally shaped pixel electrode (TD electrode) for the 4K × 2K VA‐LCD is proposed. With this novel electrode, a more efficient and stable transmittance property can be achieved. The mechanisms for transmittance improvements and the stability of productions were analyzed with comparisons to the conventional VA electrode.
13.2: Effects of Sealing Conditions and CaO Contents on Aging Behavior of AC‐PDP with (Mg, Ca)O Protective Layer
Authors: Jeong Seok , Kim Jeong‐Seok , Kim Yong‐Seog 
Published: July 2013

AbstractIn order to reduce formation of hydroxides and carbonates on (Mg, Ca)O protective layer, panels with various CaO contents in protective layer were sealed at lower temperatures and evacuated at elevated temperatures. This processing scheme decreased the aging time of the panels significantly, enabling practical application of the protective layer.
14.2: Invited Paper: The Development of Auditory and Cross‐modal Displays for Assistive Technology
Authors: Stockman Tony 
Published: July 2013

AbstractWe survey the development of auditory displays as assistive technology for visually impaired users. Both single user and collaborative, cross‐modal applications are discussed. The systems and design issues covered include desktop and mobile contexts. We conclude that audio in assistive technology displays has much untapped potential.
15.2: Distinguished Paper: LC GRIN Lens Mode with Wide Viewing Angle for Rotatable 2D/3D Tablet
Authors: Kashiwagi Masako , Uehara Shinichi , Takagi Ayako , Baba Masahiro 
Published: July 2013

AbstractTo widen the vertical and horizontal angular ranges where the lens performs well, the off‐axis performance of an LC GRIN lens is analyzed, and the detailed conditions of structure are established. We have developed a rotatable 2D/3D display whose 3D viewing azimuth angle is over 30 degrees in both landscape and portrait orientations.
16.3: AC and DC Bias‐Temperature Stability of Coplanar Homojunction a‐InGaZnO Thin‐Film Transistors
Authors: Yu Eric Kai‐Hsiang , Abe Katsumi , Kumomi Hideya , Kanicki Jerzy 
Published: July 2013

AbstractWe fabricated coplanar homojunction a‐IGZO TFTs that are highly stable under AC and DC bias‐temperature‐stress. For TFTs of the size W/L = 60μm/10μm, the stress‐induced threshold voltage shifts are all within −0.35 V. A comprehensive investigation of AC BTS stress polarity, pulse width, and duty cycle dependence is presented We find that higher frequency of bipolar AC pulses increases the device instability, while lower duty cycle values have the opposite effect.
19.2: Distinguished Paper: Characterization of Electron‐Hole Pair Migration and Trapping in Rare Earth Doped YBO3 under Vacuum Ultraviolet Excitation
Authors: Wallace Max , Diaz Anthony L. 
Published: July 2013

AbstractWe have measured host‐to‐activator energy transfer efficiencies in rare‐earth doped YBO3 under vacuum ultraviolet excitation. From these data, relative electron‐hole (e‐h) pair trapping rate constants can be estimated. Our analysis suggests a correlation between e‐h trapping efficiency and the energy of activator electronic states relative to the host conduction band.
19.4L: Late‐News Paper: Development of Stable Alkaline Earth Sulfide LED Phosphors for LCD Backlight
Authors: Rao Ravi P. , Petluri Raghuram 
Published: July 2013

AbstractAlkaline earth sulfide phosphors are known as efficient phosphors with narrow band emissions covering entire visible region and are most suitable for LCD backlight. Due to hygroscopic nature they exhibit poor stability and lower life. Suitable transparent and thermal conducting surface coatings improve the stability and life of LED package.
27.2: The Study of Picture Quality of OLED TV with WRGB OLEDs Structure
Authors: Yoon Jong‐Kun , Park Eun‐Myung , Son Jae‐Sung , Shin Hyun‐Woon , Kim Han‐Eol , Yee Moonky , Kim Hong‐Gyu , Oh Chang‐Ho , Ahn Byung‐Chul 
Published: July 2013

AbstractAfter introducing the world first OLEDs TV with WRGB structure this year, we present results of the picture quality study of OLEDs TV. The motion picture quality is better than the conventional LCD TVs in addition to well‐known advantages like high contrast ratio, color gamut and wider viewing angle.
28.2: Driving Method of FFS‐Mode OS‐LCD for Reducing Eye Strain
Authors: Hatsumi Ryo , Kubota Yusuke , Moriya Koji , Kubota Daisuke , Tanabe Toru , Kusunoki Koji , Hirakata Yoshiharu , Koyama Jun , Yamazaki Shunpei , Nakamura Ami , Chubachi Yuka 
Published: July 2013

AbstractIn order to reduce eye strain, a driving method reducing flickers is devised. For this driving, material constitution is optimized and an FFS mode with a storage capacitor is used. We fabricated an OS‐LCD, thereby revealing the possibility of reducing‐eye‐strain technology (REST) driving even in combination with a touch sensor.
29.2: Atomic Layer Deposition of Al2O3/ZrO2 Nanolaminate on the Plastic Substrates for the Flexible Display
Authors: Lee Jong Geol , Kim Hyun Gi , Kim Sung Soo 
Published: July 2013

AbstractAl2O3/ZrO2 nanolaminate was formed on plastic substrates by low frequency plasma‐enhanced atomic layer deposition (PEALD) process for enhancement of barrier properties. A remarkable barrier performance was observed in the optimized nanolaminate structure, which was attributed to cover the drawback of each layer between the Al2O3/ZrO2 nanolaminate.
31.2: Power Efficient 5.0‐inch 440ppi Full HD a‐Si TFT LCD Single‐Chip Driver IC
Authors: Na Young‐Sun , Kim Dong‐Seok , Kim Hyun‐Ho , Kim Hyun‐Chul , Moon Jae‐Wook , Lee Hyeong‐Soo , Sohn Bo‐Ik 
Published: July 2013

AbstractWe have developed the single chip driver system for 5.0‐inch 1080RGBx1920 FHD with 440ppi a‐Si TFT LCD panel for high‐end smart phone applications. Capacitive Charge‐Pump and inductive PFM (Pulse Frequency Modulated) combined new type of DC‐DC converter architecture has been proposed for the GIP (Gate Circuits In the Panel) turning on/off powers, or VGH and VGL, to develop successful and power efficient single chip driver IC. The measured results show that the proposed combined DC‐DC converter has the merits of stable and over 23% power saving effect in comparison with the conventional capacitive Charge‐Pump only or inductive PFM only DC‐DC converters, respectively.
32.2: 360‐degree Floating Light Field Three‐dimensional Display Based on a High‐frame‐rate Color Projector
Authors: Xia Xinxing , Wang Han , Li Haifeng , Peng Yifan , Zheng Zhenrong , Liu Xu , Shen Weidong 
Published: July 2013

AbstractWith light field reconstruction technique, displaying a floating 3D image in the air is implemented. The high‐frame‐rate projector and rotating flat light field scanning screen are utilized to create the light field of real 3D scenes. The occlusion‐capable floating 3D image is presented just above the flat diffusing screen.
32.3: Light‐Field Approximation Using Basic Display Layer Primitives
Authors: Ranieri Nicola , Heinzle Simon , Barnum Peter , Matusik Wojciech , Gross Markus 
Published: July 2013

AbstractA new concept using different display layer primitives for light field approximation is presented. For each primitive, a mathematical notation for the light transport operator is defined. Based on that, a decomposition algorithm rendering a light field into a multi‐layered plenoptic display is described and verified by a physical prototype.
33.4L: Late‐News Paper: High Resolution Vacuum Patterning of Organic‐ and Metal‐Layers for Organic Electronic Devices
Authors: Burghart Markus , Dutkowiak Andreas , Tandler Lutz , Richter Jörk , Haasemann Georg , Gross Harald , Seyfert Ulf , Strietzel Thomas , Hecht Christian 
Published: July 2013

AbstractIn this paper, we describe the recent progress made in the development of the Flash Mask Transfer Lithography for AMOLED‐pixel patterning. Basic principles of the technology are discussed, recent results on resolution and processing are presented and patterns and materials were analyzed. Based on the technology a lab scale cluster‐tool was manufactured to demonstrate the feasibility of pixel patterning in OLED displays.
34.2: Distinguished Student Paper: A Nematic LCD with Submillisecond Gray‐to‐gray Response Time
Authors: Xu Daming , Rao Linghui , Tu Chun‐Da , Wu Shin‐Tson 
Published: July 2013

AbstractWe propose a triode structure for achieving submillisecond gray‐to‐gray response time in a double fringing‐field‐switching (DFFS) cell. The bright and dark states are obtained by applying a fringing field and a vertical field, respectively. The simulated averaged grayscale rise time is 793 μs and decay time is 478 μs. This triode DFFS mode enables conventional nematic LCDs for color sequential displays, 3D displays, and other photonic applications.
70.4L: Late‐News Paper: Flexible Amorphous Silicon PIN Diode Sensor Array Process Compatible with Indium Gallium Zinc Oxide Transistors
Authors: Marrs Michael A. , Bawolek Edward J. , O'Brien Barry P. , Smith Joseph T. , Strnad Mark , Morton David C. 
Published: July 2013

AbstractA flexible PIN diode sensor array process has been successfully demonstrated. Device fabrication of the thin film transistor (TFT) backplane occurred below 200 °C on a polyethylene naphthalate (PEN) substrate using indium gallium zinc oxide (IGZO) with a saturation mobility of 13.5 cm2/V‐s as the active semiconductor. The increased mobility enables the fabrication of higher speed and higher resolution sensor arrays in comparison to current amorphous silicon (a‐Si) technology.
70.5L: Late‐News Paper: Low Temperature Curable Cu Ink and Fine Inkjet‐printed Patterning
Authors: Fukuda Miyako , Ito Masahiro , Tsuruoka Kaori , Kuwana Yasuhiro , Kashiwabara Satoshi , Hirakoso Hideyuki , Tagashira Osamu 
Published: July 2013

AbstractCu wiring patterns of fine pitch less than 20 μm have been successfully achieved by inkjet printing technology with the assistance of surface energy controlled patterns formed by the exposure of ordinary ultrahigh pressure mercury lamp. The curing condition of Cu ink is as mild as 150°C in non‐reducing atmosphere.
36.2: Age Differences in the Use of Binocular Disparity and Pictorial Depth Cues in 3D‐Graphics Environments
Authors: Kihara Ken , Fujisaki Hirotaka , Ohtsuka Sakuichi , Miyao Masaru , Shimamura Jun , Arai Hiroyuki , Taniguchi Yukinobu 
Published: July 2013

AbstractWe find that pseudo‐stereoanomalous observers, who did not use disparity information for depth judgments in 3D‐graphics environments although they were not stereoanomalous, tended to be younger (21.4%, 17–24 years old) than young‐middle age (11.4%, 25–39 years old). Approximately 80% of older (50–83 years old) were also pseudo‐stereoanomalous observers.
36.3: Effects of 3D Display System on Convergence and Accommodation
Authors: Kojima Takehito , Uemoto Keita , Okada Yuuki , Miyao Masaru , Takada Hiroki , Hasegawa Satoshi 
Published: July 2013

AbstractWe compared the circular polarizing filter method and liquid crystal shutter method. We were interested in comparing how these methods affect convergence and accommodation, when subjects viewed 3D images. The numeric values for convergence‐accommodation with the liquid crystal shutter were very close. However, in the case of the circular polarized filter method, there was discrepancy in the values of convergence and accommodation.
36.4: Comparison between Different Rating Scales for 3D TV
Authors: Brunnström Kjell , Ananth Indirajith Vijai , Hedberg Christer , Wang Kun , Andrén Börje , Barkowsky Marcus 
Published: July 2013

AbstractStereoscopic 3D viewing experience has been studied quite intensively recently, but still the subjective test methods have not yet been settled. It has become clear that the 3D viewing experience cannot easily be described by just one scale. This paper describes a study where three different rating scales (Quality, Discomfort and Presence) are compared in a subjective test, combined with two viewing distances. The results shows that in a stereoscopic 3D video quality test targeting mainly coding distortions one scale such as video quality could be sufficient.
37.2: Efficiency Improvement of Fluorescent Blue Device by Molecular Orientation of Blue Dopant
Authors: Ogiwara Toshinari , Ito Hirokatsu , Mizuki Yumiko , Naraoka Ryo , Funahashi Masakazu , Kuma Hitoshi 
Published: July 2013

AbstractThe relationship between molecular shape of fluorescent blue dopants (BDs) and molecular orientation factor was studied. BDs with larger ovality showed higher orientation factor and higher EQE over 10% in a fluorescent blue device. Impedance spectroscopy, transient EL spectroscopy and optical simulation results highly indicate that such high EQE is originated mainly from the optical effect of horizontal‐aligned BDs. Furthermore, a higher EQE of 11.5% at a current density of 10mA/cm2 was successfully achieved by modifying molecular structure of BD.
38.3: Fast Ferroelectric Liquid Crystal Modes Based on Photoaligning Technology
Authors: Chigrinov Vladimir , Pozhidaev Eugene , Srivastava Abhishek , Qi Guo , Ying Ma , Kwok Hoi Sing 
Published: July 2013

AbstractFast response time, high contrast ratio various FLC electrooptical modes are achieved through the application of photoaligning layers in FLC cells. Fast FLCD with a high resolution can be used in the screens field sequential color (FSC) FLC microdisplays, which are now one of the most advanced technologies for pico‐projectors.
42.4L: Late‐News Paper: Footprint of Scalable 3D Telecommunication: Using Integral Light Field Display and Kinect‐based Capture
Authors: Peng Yifan , Zhong Qing , Han Xiang , Yuan Li , Wang Rui , Bao Hujun , Li Haifeng , Liu Xu 
Published: July 2013

AbstractA footprint of 3D telecommunication system is introduced, using integral light field display and Kinect‐based capture. Two prototypes with LCD‐based projection display and multi‐projectors‐based display, respectively, are developed to perform the 3D display. Kinect‐based 3D capture is integrated in providing preliminary and real‐time human model capture. This approach is scalable and demonstrated as a potential solution for market‐oriented 3D telecommunication.
45.3: High Intensity Radiated Field Effect on Projected Capacitive Touchscreen
Authors: Coni Philippe , Perbet Jean‐Noël , Sontag Yves , Abadie Jean Christophe 
Published: July 2013

AbstractWe are investigating a high immunity dual touch projected capacitive touchscreen performances, based on a synchronous demodulation scheme.The measurements show that our dual touchscreen can operate under high electromagnetic radiated electric fields up to 1500V/m in the 800 MHz‐2.7 GHz range, suitable for avionics and automotive applications.
46.1: Invited Paper: Ink‐jet Printed 17‐inch AMOLED Display with Amorphous IGZO TFTs Backplane
Authors: Liu Ze , Wang Gang , Xie Hongjun , Wu Zhongyuan , Li Yanzhao , Jiang Chunsheng , Yin Jingwen , Yang Fei , Song Danna , Yuan Guangcai , Sun Li , Hou Wenjun , Dai Qing , Wang Huifeng 
Published: July 2013

AbstractA 17‐inch full‐color active matrix organic light‐emitting diode (AMOLED) display has been developed, which combine with amorphous indium‐gallium‐zinc oxide (IGZO) thin film transistors and ink‐jet printing technology. It was also proved that ink‐jet printing technology can be used for large size AMOLED panel fabrication on IGZO thin film transistor backplane.
51.1: Integrated Touch Sensing and Frontlighting Device and Display Applications
Authors: Bita Ion , Elloway Donald J. , Rao Rashmi R. , Martin Russel A. , Webster James R. , Gusev Evgeni P. 
Published: July 2013

AbstractA novel device architecture is introduced which enables projected capacitive touch sensing and front illumination in a single substrate configuration. The basic technology for integrating the optical and electrical functions, large area glass fabrication, assembly with mirasol displays, and performance aspects are discussed. This development enables high performance hybrid emissive‐reflective display applications.
51.2: Touch Mura Mechanisms and Its Suppression by Use of Cover Glass
Authors: Ishikawa Tomohiro , Liu Falcon , Li Cheng‐Chung , Zhang Bin , Proulx Tina , Mlejnek Michal 
Published: July 2013

AbstractTouch functionality has been integrated in LCDs of progressively larger sizes. When bonded directly to an LCD surface, thin (< 2.0 mm) ion‐exchanged (IOX'd) glass such as Corning® Gorilla® Glass, offers an ideal solution that both protects a panel and enables better ambient viewing quality. However, because the glass is directly bonded to the LCD, we must pay closer attention to touch mura. In this work, we will classify mura modes associated with touch action and discuss their suppression with Corning Gorilla Glass and the Optical C lear Adhesive (OCA) materials utilized for bonding.
52.4: Distinguished Paper: Electrical Properties of Amorphous InGaZnO Thin‐Film Transistors Prepared by Magnetron Sputtering with Using Kr and Xe Instead of Ar
Authors: Goto Tetsuya , Sugawa Shigetoshi , Ohmi Tadahiro 
Published: July 2013

AbstractHeavier noble gases of Kr and Xe instead of the lighter Ar during the magnetron‐sputtering deposition of amorphous indium—gallium‐zinc oxide films are introduced in fabricating their thin‐film transistors. Higher field effect mobility can be obtained by introducing heavier noble gases, while gate bias stability shows no significant difference between gas species. Raman spectroscopic analysis suggests that the disordered structure in the film is suppressed by introducing heavier noble gases. These results suggest that the introduction of heavy noble gases can reduce damage to film by ion bombardment during the sputtering depositions, resulting in the improvement of field effect mobility.
55.4: Invited Paper: Development of Highly Productive In‐line Vacuum Evaporation System for OLED Lighting
Authors: Lim Gun Mook , Lee Jae Ho , Kim Jong Jin , Song Ki Min , Jang Tae Hoon , Hwang In Ho , Choi Jae Soo , Oh Young Man , Lim Dae Chul , Choi Chang Sik , Im Young , Lee Young Jong 
Published: July 2013

AbstractGen5 OLED lighting panel manufacturing in‐line vacuum system has been developed using a unique linear organic source which enables high efficiency in process performance and its productivity. The system can provide the full coverage solution for the purpose of OLED lighting devices regardless of number of layers and junctions to be needed. The performance of system are as follows:
Film thickness uniformity of +/‐ 1.3% (organic)
Film thickness uniformity of less than +/‐3.4% (metal)
Continuous evaporation with no stop: more than 300 hours
Utilization efficiency of organic material: larger than 60% under Ultimate 1minute TACT
56.4L: Late‐News Paper: 12.1‐inch WXGA TFT‐LCD Driven by Solution‐Processed Metal Oxide TFTs
Authors: Lin Liang‐Yu , Hung Wan‐Yu , Cheng Chun‐Cheng , Liu Chu‐Yu , Chiang Min‐Feng 
Published: July 2013

AbstractWe present the development in solution‐processed metal oxide TFTs for 12.1” WXGA (1280xRGBx800) TFT‐LCD demonstration. The spin coating technology was introduced to deposit the metal oxide semiconductor film. The highest saturation mobility of the solution‐processed metal oxide TFTs is 1.09 cm2/Vs, and the electrical reliability is also discussed in this work.
58.2: Distinguished Paper: Roll‐to‐roll Process on Ultra‐thin Flexible Glass for Manufacturing the Multi‐Touch Sensor Panel
Authors: Huang Chia‐Sheng , Lin Heng‐Tien , Huang Guo‐Shing , Hu Je‐Ping , Lu Su‐Tsai , Liu C.T. , Garner Sean , Lin Jen‐Chieh , Kuo Kuan‐Ting , Merz Gary , Tosch John , Chang Chet 
Published: July 2013

AbstractThe innovation of ITRI's roll‐to‐roll (R2R) technology is capable of handling 100 μm ultra‐thin flexible glass (UTFG) with in‐house designed equipment. By applying this R2R technology on roll‐UTFG, the total thickness of touch panel module with 0.4 mm cover lens can be reduced to 0.6 mm only. This complete solution provides a reliable and cost‐effective manufacturing approach making commercialization in the near future.
58.4: A Novel Handling Method of Ultra‐Thin Flexible Glass Substrate for Thin and Flexible Displays
Authors: Chen Ru‐De , Yuan Shuo‐Huang , Hsu Hsin‐Yun , Lu Luke 
Published: July 2013

AbstractA novel handling method of ultra‐thin flexible glass substrate (UTFGS) for thin and/or flexible displays is proposed. A rigid glass carrier‐attached UTFGS (UTFGS module) with no adhesive layer is proposed for its good thermal and chemical durability. These UTFGS module can be processed through conventional display manufacturing process, such LCDs or OLEDs, and also can be mechanically and easily detached from the carrier substrate.Therefore this method enables to manufacture fragile, thin and flexible displays using conventional manufacturing equipment for LCDs or OLEDs, without chemical and/or mechanical thinning of thick display‐cells and also without using of roll‐to‐roll process equipment for manufacturing of flexible displays.
59.1: A Backlight System with a Phosphor Sheet Providing both Wider Color Gamut and Higher Efficiency
Authors: Ito Yasushi , Hori Tomomitsu , Tani Hirofumi , Ueno Yoshifumi , Kusunoki Tsuneo , Nomura Hiroshi , Kondo Hirofumi 
Published: July 2013

AbstractA phosphor sheet in which green‐emitting thiogallate phosphor and red‐emitting sulfide phosphor are contained was developed. The LCD using it and blue LEDs can realize wider color gamut. Employing blue LEDs with spherical encapsulates in it increases light extraction of them and can provide the backlight with higher efficiency as well as wider color gamut.
59.4: WITHDRAWN: 60.1: Integrated Flat Package RGB Laser Module Using Si‐Platform Technology
Authors: Ide Masafumi , Yoda Kaoru , Fukaya Shinpei , Komiyama Takeo , Ikeda Yuji , Arakawa Kouhei , Kobayashi Motoaki , Nozaki Takaaki 
Published: July 2013

AbstractWe propose a novel fiber pigtailed integrated laser module for pico‐projector and near‐to‐eye display applications using Si‐platform technology based on surface activation bonding. The module consists of synthetic blue (B) and green (G) second harmonic generation (SHG) lasers and a direct red (R) laser diode (LD). We also present its basic performance and discuss its further integration capabilities.
62.2: Invited Paper: Bridged‐Grain Polycrystalline Silicon Thin‐Film Transistors
Authors: Kwok Hoi‐Sing , Zhou Wei , Chen Rongsheng , Zhao Shuyun , Zhang Meng , Wong Man , Chen Shuming , Chow Thomas 
Published: July 2013

AbstractA new structure for thin‐film transistors is proposed and demonstrated, exhibiting the benefits but not the drawbacks of both short‐channel and multi‐junction effects. Simulations are performed to verify the physics of this device structure. All characteristics such as threshold voltage, pseudo subthreshold slope, on‐off current ratio and field‐effect mobility are improved.