bluuebunny/crossref_metadata_2025_split huggingface dataset:
3.1: A Novel Architecture for Autostereoscopic 2D/3D Switchable Display Using Dual‐Layer OLED Backlight Module
Authors: Wang Yi‐Jun , Liu Jun , Chao Wei‐Chung , Yang Bo‐Ru , Lu Jian‐Gang , Shieh Han‐Ping D. 
Published: July 2013

AbstractA novel dual‐layer strip type OLED backlight acting as a parallax barrier and a light source was proposed for 2D/3D switchable display. This architecture not only achieved a high uniformity of 90% in 2D mode, but also increased optical efficiency by a factor of two with a low crosstalk (<5%) in 3D mode.
3.3: Optimized Parallax Control of 3D Images on Autostereoscopic Displays
Authors: Hasegawa Takefumi , Shigemura Koji 
Published: July 2013

AbstractWe propose an optimized parallax control method to reduce the influence of high‐3D‐crosstalk space and pseudoscopic space on autostereoscopic displays regardless of the observer's eye position. This method optimizes the parallax values of 3D images by using the 3D‐crosstalk value of autostereoscopic displays and the observer's eye position.
8.2: Semi‐transparent Inverted Quantum‐dot Light Emitting Diodes
Authors: Kim Hyo‐Min , Youn Jun‐Ho , Seo Gi‐Jun , Jang Jin 
Published: July 2013

AbstractA semi‐transparent inverted quantum dot light emitting diode (QLED) is demonstrated using tri‐layer QDs, exhibiting bottom emission of 6,485 cd/m2 and top emission of 1,911 cd/m2. And its transmittance in the visible region is ∼30 % with 18 nm Ag top semi‐transparent electrode.
8.3: Blur‐Free Transparent LCD with Hybrid Transparency
Authors: Kuo Chia‐Wei , Lin Ching‐Huan , Liao Yi‐Yang , Lai Yi‐Hsiang , Chuang Chin‐Tang , Yeh Cheng‐Nan , Lu Jen‐Kuei , Sugiura Norio 
Published: July 2013

AbstractIn this paper, a 65‐inch blur‐free transparent LCD was presented. A simple way of controlling LC orientation was applied to suppress the issue of blurry images behind transparent LCD. Furthermore, the individual controllable RGBW sub‐pixels were used to improve the transmittance and realize the hybrid transparency on the display.
10.1: High Mobility Self‐Aligned Top‐Gate Oxide TFT for High‐Resolution AM‐OLED
Authors: Morosawa Narihiro , Nishiyama Masanori , Ohshima Yoshihiro , Sato Ayumu , Terai Yasuhiro , Tokunaga Kazuhiko , Iwasaki Junji , Akamatsu Keiichi , Kanitani Yuya , Tanaka Shinji , Arai Toshiaki , Nomoto Kazumasa 
Published: July 2013

AbstractHigh mobility and highly reliable self‐aligned top‐gate oxide TFTs were developed using the aluminum reaction method. Al diffusion to the oxide semiconductor and homogenization of the oxygen concentration in the depth direction after annealing was confirmed by laser‐assisted atom probe tomography. The high mobility of the top‐gate TFT with a‐ITZO channel was demonstrated to be 32 cm2/Vs. A 9.9‐inch diagonal qHD AM‐OLED display was fabricated using a five‐mask backplane process to demonstrate an applicable solution for large size and high‐resolution AM‐OLEDs.
15.5: Invited Paper: High Performance Autostereoscopic 2D/3D Switchable Display Using Liquid Crystal Lens
Authors: Oka Shinichiro , Naganuma Tomohiko , Koito Takeo , Yang Yingbao , Komura Shinichi 
Published: July 2013

AbstractWe investigated an autostereoscopic 3D display using a Liquid Crystal Gradient Refractive Index (LC GRIN) lens, called LCL (Liquid Crystal Lens) 3D display. The characteristics of the LCL 3D display are high luminance and switchable 2D and 3D images by switching between the states of lens and non‐lens. The LCL 3D display does not influence the 2D image quality. However, the crosstalk of the LCL 3D display is relatively high compared with other methods used in autostereoscopic 3D displays, such as barrier type, lenticular type, and so on. Therefore, we have investigated the reduction of crosstalk for the LCL 3D display.
18.3: Flexible Barrier Technology for Enabling Rollable AMOLED Displays and Upscaling Flexible OLED Lighting
Authors: Li Flora M. , Unnikrishnan Sandeep , van de Weijer Peter , van Assche Ferdie , Shen Jie , Ellis Tim , Manders Wiel , Akkerman Hylke , Bouten Piet , van Mol Ton 
Published: July 2013

AbstractThe availability of a high performance thin‐film barrier is the most critical challenge in upscaling and commercializing flexible OLED products. We report a flexible thin‐film‐barrier technology that meets lifetime specifications for OLED lighting, and demonstrate it in rollable QVGA a‐IGZO AMOLED displays. Roll‐to‐roll manufacturing of this high performance barrier film will be presented.
19.3: Morphology Controlled Single‐crystal ZnO Nanostructures Fabricated by a Novel Mist Chemical Vapor Deposition
Authors: Li Chaoyang , Li Xin , Wang Dapeng , Kawaharamura Toshiyuki , Nitta Noriko , Furuta Mamoru , Hatta Akimitsu 
Published: July 2013

AbstractA novel method is developed to synthesize single crystal ZnO nanostructures combining the reducing thermal annealing and mist chemical vapor deposition processes. The sizes of ZnO single crystal structures can be controlled with adjusting the parameters in mist CVD. The structural and optical properties of ZnO nanostructures are investigated.
19.6L: Late‐News Paper: How to Fabricate Much Brighter AC Electroluminescent Lamps: Optimizing the Alignment of the Emitting ZnS:Cu Phosphor Particles to the AC Field
Authors: Silver Jack , Ireland Terry G. , Harris Paul , Fern George R , Withnall Robert 
Published: July 2013

AbstractThe photoluminescence and electroluminescence of loose ZnS:Cu crystals scattered on an interdigitated electrode substrate have been studied under 366nm UV light excitation and or under an applied AC field. From the response of the ZnS:Cu crystals to the AC field and their movement in the field it is shown that a greater understanding of the factors affecting ACEL panel performance can be gained. The findings light the way to the fabrication of very bright panels and a suggestion can be made to the expected luminescence of optimised ACEL lamps
20.3: Novel Adaptive Liquid Lens Actuated by Liquid Crystal Pistons
Authors: Xu Su , Ren Hongwen , Wu Shin‐Tson 
Published: July 2013

AbstractWe demonstrate a novel adaptive liquid lens actuated by liquid crystal (LC) pistons. The dielectrophoretic force generated by the embedded in‐plane‐switching electrode causes the reciprocating movement of LC droplets which, in turn, changes the optical power of the resultant liquid lens. Such a microlens array is promising for 3D image processing.
21.1: Invited Paper: Technological Progress and Commercialization of OLED TV
Authors: Oh Chang‐Ho , Shin Hong‐Jae , Nam Woo‐Jin , Ahn Byung‐Chul , Cha Soo‐Youle , Yeo Sang‐Deog 
Published: July 2013

AbstractWorld's first 55‐inch OLED TV has been developed and recently launched mass production with excellent display image quality. We employ IGZO TFT backplane and white OLEDs with WRGB pixel design. Those technologies enable panel size scalability as well as mass production with lifetime reliability. For commercializing large‐size OLED TV, the issues and challenges on panel design and driving, including LG Display's recent experience will be presented.
22.2: Invited Paper: Liquid Crystalline Cubic Blue Phase in Photoreponsive Bent‐Core Molecular Systems
Authors: Gim Min‐Jun , Hur Sung‐Taek , Choi Suk‐Won 
Published: July 2013

AbstractA photoinduced liquid crystalline cubic blue phase (BP) has been obtained in a mixture of photoinactive and photoresponsive bent‐core mesogens. The ultraviolet light can convert chiral nematic to cubic BP through photoisomerization of the azobenzene linkages included in the photoresponsive bent‐core molecule.
23.1: Invited Paper: Jet Printed TFTs and Circuits for Flexible Electronics
Authors: Street Robert A 
Published: July 2013

AbstractPrinted and flexible devices are potential technologies for future display applications. Progress in printed materials, devices and circuits enables organic TFTs and solution oxides with mobility greater than 1 cm2/Vs, the organic TFTs having n‐channel and p‐channel operation. Simple logic circuits and flexible TFT backplane prototypes will be discussed.
23.2: Invited Paper: Solution‐processed Metal Oxide TFTs and Circuits on a Plastic by Photochemical Activation Process
Authors: Park Sung Kyu , Kim Yong‐Hoon 
Published: July 2013

AbstractHere, we report a general route to form high‐performance and stable solution‐processed metal‐oxide TFTs and circuits at room‐temperature by deep‐ultraviolet (DUV) photochemical activation The photo‐enhanced DUV annealing induces condensation and densification of amorphous metal‐oxide semiconductor films via photochemical reactions and film microstructure modifications by energetic photons. It was found that the photochemical annealing is effective in fabricating most metal‐oxide semiconductors and the metal‐oxide TFTs typically demonstrate comparable or even better electrical performance and operational stability with high‐temperature (≥350C) annealed devices. The room‐temperature fabricated metal‐oxide TFTs and circuits have shown field‐effect mobilities of more than 14 and 7 cm2 V−1 s−1 on glass and polymeric substrates, respectively. The fabricated 7‐stage ring oscillators on polymeric substrates indicate oscillation frequency of > 340 kHz corresponding to propagation delay of < 210 ns per stage.
24.2: Distinguished Paper: Viewing Direction Measurements on Flexible Reflective E‐Paper Displays
Authors: Hertel Dirk 
Published: July 2013

AbstractThe viewing direction characterization of flexible reflective displays is not straightforward: not only does reflectance depend on the viewing direction and display curvature; it is also alignment‐sensitive. The viewing direction geometry proposed for convex cylindrical displays uses a ring light to deliver viewing‐direction independent illuminance, and maps the range of viewing directions onto the pixels of an image sensor. The illumination can also be applied to flat displays, allowing direct comparisons of flat and cylindrical display states.
24.4: Display Sparkle Measurement and Human Response
Authors: Gollier Jacques , Piech Garrett A. , Hart Shandon D. , West James A. , Hovagimian Howard , Williams Ellen M. Kosik , Stillwell Alicia , Ferwerda James 
Published: July 2013

AbstractA new method for quantifying “sparkle” uses a simple measurement which includes a pixelated source, a test sample, and an eye simulator. The degree of sparkle is calculated from the standard deviation of the pixel powers across a portion of the display. Measurements show excellent correlation to human response studies.
25.1: Invited Paper: Capacitively Coupled and 13.56 MHz Resonance Controlled Wireless Power Transmitting System for e‐Paper Modules
Authors: Hattori Reiji , Ishinishi Hiroshi 
Published: July 2013

AbstractThe capacitively‐coupled wireless power transmitting system which provides a wide power‐supply position was developed to realize a battery‐less electronic paper. The high frequency, 13.56 MHz, was employed and the frequency was modulated to keep the resonant conditions. The special electrode configuration and circuit to suppress EMI were revealed.
27.3L: Late‐News Paper: Sub‐pixel Structured OLED Microdisplay
Authors: Herold Rigo , Zakhidov Alexander , Vogel Uwe , Richter Bernd , Fehse Karsten , Burghart Markus 
Published: July 2013

AbstractNew products, e.g. data‐glasses and camera view finders demand highly efficient colored OLED microdisplays. State‐of‐the‐art OLED microdisplays use lossy color filters. In this paper, we describe a novel microdisplay technology approach to structure OLED sup‐pixels, with a feature size smaller than 10 μm in different colors.
29.1: Ultra‐High Barriers for Encapsulation of Flexible Displays and Lighting Devices
Authors: Fahlteich John , Amberg‐Schwab Sabine , Weber Ulrike , Noller Klaus , Miesbauer Oliver , Boeffel Christine , Schiller Nicolas 
Published: July 2013

AbstractA roll‐to‐roll manufactured ultra‐high permeation barrier film based on a multilayer stack of sputtered oxide layers and ORMOCER® interlayers is presented. The reproducible large‐area water vapor transmission rate is less than 8·10−5 g/(m2d) at ambient condition. The film has been evaluated as substrate for and encapsulation of flexible organic electronic devices.
31.1: A 3.5Gbps/Lane Intra‐panel Interface with a PVT‐robust VCO Based CDR for UD TV Applications in 0.18μm High‐voltage CMOS Technology
Authors: Chang Young‐Hwan , Kim Jin‐Ho , Oh Woon‐Taek , Lee Jae‐Youl , Nah Kyung‐Suc , Hwang Gyoo‐Cheol 
Published: July 2013

AbstractA CMOS voltage‐controlled oscillator (VCO) with robustness under PVT variation is proposed, and its application to a PLL‐based CDR is also presented. In the VCO design, voltage regulator is used to suppress voltage variation and improved voltage‐to‐current (V/I) converter is used to mitigate temperature variation and varactor‐tuned ring oscillator is used to reduce process variation. For broad bandwidth, comparator adopts the active negative feedback circuit and Signal Integrity (SI) on PCB channel is also improved considering via effect. Simulation and test results under 0.18‐μm high‐voltage CMOS technology show that the VCO output frequency range is from 300MHz to 700MHz and the maximum intra‐panel interface operating speed is up to 3.5Gbps per lane for UD LCD‐TV applications.
33.1L: Late‐News Paper: High Resolution 4.4” AMOLED Display with 413 ppi Real Pixel Density
Authors: Chen Chung‐Chia , Cho Ting‐Yi , Fu Jing‐Jie , Hsiao Hsiang‐Yun , Weng Zai‐Xien , Tsai Chih‐Hung , Chung Chieh‐Hsing , Lo Kuo‐Chang , Lo Wen‐Hung , Chang Tsu‐Chiang , Lin Yu‐Sin 
Published: July 2013

AbstractWe demonstrated a HD+ resolution (1600 × 900) full color AMOLED display panel by applying optical cavity design on white OLED and combined with high transparency color filter. This panel achieved a record‐high real pixel density as 413 ppi for mobile apparatus and should be suitable for applications pursuing high‐quality display.
34.1: Novel Super‐Fast‐Response, Ultra‐Wide Temperature Range VA‐LCD
Authors: Iwata Yosuke , Murata Mitsuhiro , Tanaka Kohei , Jinda Akihito , Ohtake Tadashi , Shinomiya Tokihiko , Yoshida Hidefumi 
Published: July 2013

AbstractWe have developed a novel super‐fast response (SFR) TFT‐LCD with an ultra‐wide temperature range. Both the turn‐on and turn‐off switching are forcibly controlled by applying an electric field. Response times of the SFR TFT‐LCD are over several times faster than those of conventional LCDs like MVA or IPS LCDs.
34.3: Dual π‐cell Fast Response LC Display
Authors: Cheng Hsien‐Hui , Bhowmik Achintya , Bos Philip J. 
Published: July 2013

AbstractIn this paper, we propose a fast response time liquid crystal display (LCD) for 3D applications. The fast response LCD consists of dual π‐cells, that are operated at voltages slightly higher (≥10V) than current AMLCDs. The gray‐scale device builds on the dual cell shutter design of Haven22 where the optical transitions are fast as a result of always increasing the voltage on a liquid crystal cell. This is possible because the relaxation of the cell is optically hidden. We demonstrate a device design, based on this concept, with sub‐millisecond switching between any gray level states.
70.2L: Late‐News Paper: 14.7” Active Matrix PHOLED Displays on Temporary Bonded PEN Substrates with Low Temperature IGZO TFTs
Authors: O'Brien Barry , Lee Yong Kyun , Marrs Michael , Smith Joseph , Strnad Mark , Forsythe Eric , Morton David 
Published: July 2013

AbstractA flexible, 14.7 inch diagonal organic light emitting diode display has been successfully demonstrated. Device fabrication of the thin film transistor backplane occurred below 200 °C on a polyethylene naphthalate substrate using indium gallium zinc oxide with a saturation mobility of 13.5 cm2/V‐s as the active semiconductor.
35.2: A New Feedback Current Programming Architecture for 2T1C AMOLED Displays
Authors: Charisoulis Thomas , Troccoli Matias , Frey Douglas , Hatalis Miltiadis K. 
Published: July 2013

AbstractA new feedback current programming architecture is described that is compatible with AMOLED displays having the 2T1C pixel structure. The new pixel programming approach is compatible with all TFT technologies and can compensate for non‐uniformities in both threshold voltage and carrier mobility of the pixel OLED drive TFT. Based on circuit simulations a pixel drive current of less than 10nA can be programmed in less than 50μsec. This new approach can be implemented within an AMOLED external or integrated display data driver.
35.3: A 10‐bit Linear R‐string DAC Architecture for Mobile Full‐HD AMOLED Driver ICs
Authors: Kim Ki‐Duk , Park Chang‐Byung , Lee Sung‐Woo , Park Gyu‐Sung , Cho Gyu‐Hyeong , Kim Jeongpyo , Kim Jinbong , Choi Yoon‐Kyung , Kim Jongseon , Hwang Gyoocheol , Lee Myunghee 
Published: July 2013

AbstractA display driver IC prototype for mobile full‐HD AMOLED display is presented. Since full‐HD AMOLED display has too short driving time, conventional R‐string DAC column driver cannot obtain enough internal settling time. To solve the problem, therefore, a new R‐string DAC column driver architecture is proposed, which has much faster settling time with high accuracy. Also, with the architecture, one 8‐bit PTL in conventional R‐string DAC is replaced with much smaller two sub‐PTLs, decreasing the overall driver area. The measured INL and DNL are 0.49 LSB and 0.38 LSB, respectively. The mean and maximum value of inter‐channel DVO is 4.6mV and 7mV, respectively. The proposed linear 10‐bit DAC fabricated on 90‐nm CMOS process occupies 81% of conventional nonlinear 8‐bit R‐string DAC area in the same technology.
38.1: Invited Paper: Innovation of Optical Films using Polymerized Discotic Materials: Past, Present and Future
Authors: Ito Yoji , Watanabe Jun , Saitoh Yukito , Takada Katsuyuki , Morishima Shin‐ichi , Takahashi Yuta , Oikawa Tokuju , Arai Tsutomu 
Published: July 2013

AbstractOptical films using liquid crystal materials are key components for enhancing the display performance of LCDs etc. Especially, Wide View film (WV film), which has a hybrid alignment of polymerized discotic materials, has been used worldwide in TN‐LCDs as a main LCD mode for monitors. In this paper, we show the evolution of polymerized discotic materials alignment, leading to (i) new WV film featuring highly improved grayscale image qualities for TN‐LCDs, (ii) novel film patterned retarder (FPR) for reduced oblique cross‐talk in 3D displays, and (iii) achromatic quarter wave film for OLEDs, made by a roll‐to‐roll process.
42.2L: Late‐News Paper: Real‐Time Up‐Converter from HDTV to 4K with Super Resolution ‐Breaking the Nyquist Frequency Barrier‐
Authors: Gohshi Seiichi , Nakamura Shinichiro , Ogasawara Jin 
Published: July 2013

AbstractThis real‐time up‐converter from HDTV to 4K with a novel Super Resolution (SR) is proposed in this paper. It creates 4K video with frequency elements higher than the Nyquist frequency of the original HDTV video. The novel SR uses non‐linear signal processing to overcome the theoretical limitation of the Nyquist frequency.
45.2: A Capacitive Touchscreen Controller IC with Noise‐based Hybrid Sensing Scheme
Authors: Kim Ki‐Duk , Choi Yoon‐Kyung , Park Junchul , Jung Ji‐Sung , Byun San‐Ho , Kim Bumsoo , Kim Chadong , Kim Jinbong , Kim Jongseon , Hwang Gyoocheol 
Published: July 2013

AbstractIn this paper, it is presented a capacitive touch sensor IC with noise‐based hybrid sensing scheme, which provides two sensing modes with noise detector. In noiseless environment, fast power‐efficient peak‐detection sensing mode is enabled and if noise is detected, the sensing mode is switched to high‐SNR demodulation sensing mode. Therefore, it adaptively offers both fast sensing speed and high noise immunity without large power consumption. The proposed IC shows higher than 50‐dB SNR in demodulation mode and over 240‐Hz reporting rate in peak‐detection mode with 2.8‐mW analog power consumption, evaluated with 4‐inch AMOLED panel with on‐cell touch screen.
46.2: Invited Paper: Micron‐Patterned Deposition through Shadow masks with high precision alignment for OLED and e‐Paper applications
Authors: Ambrose T. , Tamura P. , Brocato B. , Bucci B. , Conrad J. , Shelapinsky J. , Sharma P. , Little S. Lauer and W. 
Published: July 2013

AbstractConventional shadow‐mask alignment using mechanical pins or machine‐vision techniques achieve 5 micron alignment accuracy. Here we introduce a novel alignment system‐architecture based on coded apertures along with discrete photo detectors as the sensing elements. It allows submicron accuracy and repeatability making it highly suitable for display manufacturing applications.
47.3: The Impact of Watching Television on Evening Melatonin Levels
Authors: Figueiro Mariana G. , Wood Brittany , Plitnick Barbara , Rea Mark S. 
Published: July 2013

AbstractSelf‐luminous electronic devices emit optical radiation at short wavelengths, close to the peak sensitivity of melatonin suppression. The present paper investigated if light from a 70‐inch television suppressed melatonin. Results showed that light from televisions does not impact melatonin levels in the evening.
50.1: Innovative 5‐inch FHD and 7‐inch WQXGA Displays for Next Generation Smartphones and Tablets
Authors: Kaneko Toshiki , Nakajima Yoshiharu , Nishiyama Kazuhiro , Ishigaki Toshimasa , Yamaguchi Kazunari , Watanabe Ryoichi , Akiyama Kenichi , Takimoto Akio 
Published: July 2013

AbstractWe have developed two types of innovative LCD displays: a 5‐inch FHD and a 7‐inch WQXGA. Both feature 0.96mm module thickness with 1mm narrow border, a 50% less backlight power consumption by adopting a unique RGBW display technology. They are also equipped with an in‐cell touch panel system which achieves stylus input.
52.2: Invited Paper: Advanced Sputtering Technologies and Targets for Oxide Semiconductor TFT
Authors: Matsudai Masasuke , Sato Shigemitsu , Saito Kazuya 
Published: July 2013

AbstractRecently, oxide semiconductors have been coming under the spotlights as a replacement of the amorphous silicon (a‐Si) and it is going to be taken into mass production of Active Matrix‐Liquid Crystal Displays (AM‐LCD). However, innovation or further optimization has still been required in film deposition techniques and also in the arrangement of sputtering targets for high definition Active Matrix‐Organic Light Emitting Diodes (AM‐OLED). In this report, ULVAC addresses our analysis and approaches for those issues.
55.3: Development of the Fill‐in‐type Transparent Liquid Desiccant OleDry‐F
Authors: Niiyama Takahiro , Tanaka Satoshi , Hoshina Yusuke , Sisikura Masashi , Kajiyama Riki 
Published: July 2013

AbstractWe have developed a “OleDry‐F” transparent new liquid desiccant can be directly sealed by filling in the OLED panel. “OleDry‐F” is a new desiccant to remove the hydrocarbon solvent that is included in the “OleDry” transparent liquid drying agent of the Company. In addition, the appearance of OleDry‐F itself is transparent. This feature is obviously suitable for top emission type or see through type OLED. And also OleDry‐F is able to adjust its viscosity to get a higher flexibility for mechanical design of OLED. From the result of this development, we think our new desiccant OleDry‐F is also suitable for film type OLED.
56.5L: Late‐News Paper: All‐Printed Oxide Thin Film Transistor Arrays for High Resolution Active Matrix
Authors: Matsumoto Shinji , Nakamura Yuki , Arae Sadanori , Sone Yuji , Hirano Yukiko , Abe Mikiko , Saotome Ryohichi , Ueda Naoyuki , Yamada Katsuyuki 
Published: July 2013

AbstractWe have demonstrated all‐printed oxide TFT arrays for 100 ppi RGB active matrix fabricated by inkjet printing and spin coating without photolithography and mask process. The average mobility of TFTs was 7.49 ± 1.67 cm2/Vs on a thermally oxidized SiO2 /Si substrate. Moreover, in the case of using of a printed oxide high‐k gate insulator and an n‐type doped active layer on a glass substrate, the average mobility of all‐printed oxide TFTs was 2.54 ± 0.32 cm2/Vs.