[KeynoteAddress-1]The Evolution of Media Services with Diversifying Viewing Styles -Diverse Vision: the Future of Media-
*Koji Mitani1(1. NHK (Japan))
Proceedings of the International Display Workshops Volume 27 (IDW '20)
Dec 9 - Dec 11, 2020Virtual Conference
You can search for presentations in this event.
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Proceedings of the International Display Workshops Volume 27 (IDW '20)
Dec 9 - Dec 11, 2020Virtual Conference
You can search for presentations in this event.
SearchSearch Results(289)
[KeynoteAddress-2]Toward "KANDO" Creation with Immersive Visual Expression
*Kazumasa Nomoto1(1. Sony (Japan))
[KeynoteAddress-3]High Efficient GaN Based Micro LEDs for High Re-solution Micro LED Displays
*Steven Paul DenBaars1(1. University of California, Santa Barbara (United States of America))
[AIS1/PRJ1-1(Invited)]On Generalization of Deep Neural Networks for Visual Recognition Tasks
*Takayuki Okatani1,2(1. Tohoku University (Japan), 2. RIKEN (Japan))
[AIS1/PRJ1-2(Invited)]A Transparent Display Interactive System with Artificial Intelligence Recognition
*Jia-Chong Ho1, Yu-Hsiang Tsai1, Yu-Hsuan Su1, Wei-Lin Hsu1, Yu-Ying Lan1, Sen-Yih Chou1, Kuan-Ting Chen1(1. Industrial Technology Research Institute (Taiwan))
[AIS1/PRJ1-3L(Invited)]Arbitrary Focusing based on Nano-Second Multi-Exposure and TAG Lens
*Hiromasa Oku1, Kazuki Yamato2, Keita Yasutomi3, Shoji Kawahito3(1. Gunma University(Japan), 2. Utsunomiya University(Japan), 3. Shizuoka University(Japan))
[AIS1/PRJ1-4L]Image Recognition Using Oxide Semiconductor Crossbar Memristors with Implementation of Slit Detection and Local Autonomous Learning
*Yuta Takishita1, Mutsumi Kimura1,2, Yasuhiko Nakashima1(1. Nara Institute of Science and Technology(Japan), 2. Ryukoku University(Japan))
[AIS3/VHF5-1(Invited)]Smart Display Clearly Sees via Deep Learning
*Sehoon Lim1, Luming Liang1, Xiaoyan Hu1, Neil Emerton1, Tim Large1, Steven Bathiche1(1. Microsoft Applied Sciences (United States of America))
[AIS3/VHF5-2(Invited)]Improving Material Translation Based on Style Image Retrieval for Neural Style Transfer
*Gibran Benitez-Garcia1, Keiji Yanai2(1. OMRON SINIC X Corp (Japan), 2. The University of Electro-Communications (Japan))
[AIS3/VHF5-3L]A Cloud System for Extraction of Autonomic Nervous System Indices and Blood Pressure Variabilities from Video Images
*Makoto Yoshizawa1, Norihiro Sugita1, Akira Tanaka2, Noriyasu Homma1, Tomoyuki Yambe1(1. Tohoku University(Japan), 2. Fukushima University(Japan))
[AISp1-1]Deep- Learning- Assisted Single-Pixel Imaging for Gesture Recognition Considering Privacy
*Naoya Mukojima1, Masaki Yasugi1,2, Yasuhiro Mizutani3, Takeshi Yasui4, Hirotsugu Yamamoto1,2(1. Utsunomiya Univ.(Japan), 2. JST, ACCEL(Japan), 3. Osaka Univ.(Japan), 4. Tokushima Univ.(Japan))
[LCT1-1(Invited)]Slippery Interface -Mechanism and Physical Properties-
*Jun Yamamoto1,2, Hirotsugu Kikuchi2,3, Takeaki Araki1,2, Isa Nishiyama4,2, Kiyoshi Minoura5,2(1. Kyoto University (Japan), 2. JST CREST (Japan), 3. Kyushu University (Japan), 4. DIC (Japan), 5. Sharp (Japan))
[LCT1-2(Invited)]Liquid Crystal Mixtures Including High Reliability Fluorinated Diluter and RM Monomer for PSVA and PI-less LCDs
*Toshihiro Shibata1, Masanobu Mizusaki2, Tsuyoshi Okazaki2, Kazuo Okamoto3(1. Chiracol Co.LTD (Japan), 2. Sharp Corporation (Japan), 3. Organo Science (Japan))
[LCT1-3]Influence of UV Irradiance Strength on Polar Anchoring Properties of Photoalignment Polyimide Film
*Sung-Fu Tsai1, Wei-Wei Chen1, Shie-Chang Jeng1(1. National Chiao Tung University(Taiwan))
[LCT1-4]Evaluation of Flexoelectric Coefficient by Means of Transmission Ellipsometry: Three compartments Measurement
Ryuga Ueno1, Daiki Fujiwara1, Daiki Katsube1, *Munehiro Kimura1(1. Nagaoka University of Technology(Japan))
[LCT2-1(Invited)]Fast In-plane Switching of an Asymmetrically-anchored Liquid Crystal Cell by Vertical Triggering
*Tae-Hoon Yoon1, Yeongyu Choi1(1. Pusan National University (Korea))
[LCT2-2]Fountain (PE-FFS) Technology for Wide Viewing Angle LCD
Lachezar Komitov1, *Mohammed Ibn-Elhaj1(1. HighVisTec GmbH(Switzerland))
[LCT2-3]Optimum TFT-LCD Design Parameter of Optical Specifications at High Temperature for Automotive Application OEM5.0
*Chunlei Hao1, Jianye Wang1, Kaihong Huang1, Xiaohe Li1, Feng Qin1(1. Tianma Microelectronics., Ltd,Shanghai(China))
[LCT2-4]Withdrawn
[LCT3-1(Invited)]Simple Differential Interference Contrast Imaging System by Using Twisted Nematic Liquid Crystal Cells
*Toshiaki Nose1, Keiju Okano2, Naoko Fujita2, Jun Murata2, Hajime Muraguchi2, Noriaki Ozaki2, Michinori Honma1, Ryota Ito1(1. System, Akita Prefectural Univ. (Japan), 2. Bio, Akita Prefectural Univ. (Japan))
[LCT3-2]Polarizer-free liquid crystal lenses with positive and negative focal length
*Yu-Kai Hong1, Jia-Jyun Gao1, Jui-Wen Pan1, Shie-Chang Jeng1(1. National Chiao Tung University(Taiwan))
[LCT3-3]Fast switchable lenses, using ESH Ferroelectric Liquid Crystals
Souptik Mukherjee1, Zhengnan Yuan1, Zhibo Sun1, *Anran Li1, Abhishek K Srivastava1, Chengbing Kang1(1. Hong Kong University of Science and Technology (Hong Kong))
[LCT3-4L]Estimation of Birefringence and Absorption Losses of hydrogen-bonded Liquid Crystal with Alkoxy Chain in Terahertz region
*Ryota Ito1, Hayato Sekiya1, Michinori Honma1, Toshiaki Nose1(1. Akita Prefectural University(Japan))
[LCT4-1(Invited)]Mini-LED, OLED and Micro-LED: who wins?
*Shin-Tson Wu1, En-Lin Hsiang1, Yi-Fen Lan2(1. University of Central Florida (United States of America), 2. AU Optronics, Inc. (Taiwan))
[LCT4-2(Invited)]Development of Enhanced Dual-Cell LCD with Mega Contrast
*Lei Guo1, Yanping LIAO1, Xibin SHAO1, Yue DU1, Lin ZHANG1, Hao LIU1, Ruichen ZHANG1, Jiaqing LIU1, Liangliang JIANG1, Ke DAI1, Seungmin LEE1, Zhangtao WANG1, Hongming ZHAN1(1. BOE Technology Group Co., Ltd. (China))
[LCT4-3(Invited)]High Contrast Ratio FFS-based LCD Switchable to a Stronger Privacy Mode
*Koji Murata1, Kazutaka Hanaoka1, Shinji Shimada1, Shugo Yagi1, Kenji Takase1, Kiyoshi Minoura1(1. Sharp Corporation (Japan))
[LCT5-1(Invited)]Technological development of liquid crystal smart window
*Tsung-Hsien Lin1(1. National Sun Yat-Sen University (Taiwan))
[LCT5-2(Invited)]Liquid Crystal New Frontier; LiDAR Uses?
*Akihiro Mochizuki1(1. i-CORE Technology, LLC. (United States of America))
[LCT5-3]Fast Motion-free LiDAR System Based on Ferroelectric Liquid Crystal Dammann Grating
*Zhengnan Yuan1, zhibo sun1, Hoising Kwok1, Abhishek kumar Srivastava1(1. Hong Kong University of Science and Technology(Hong Kong))
[LCT5-4L(Invited)]Enabling A Hyper-Connected World: Advanced Antenna Design Using Liquid Crystals And LCD Manufacturing
*Ryan A Stevenson1, Mohsen Sazegar1, Phillip Sullivan1(1. Kymeta Corporation(United States of America))
[LCT5-5L]Ambient Contrast Ratio of a Liquid Crystal Cell Stacked on a Luminescent Layer
*Yoshiki Yamada1, Yasuhiro Tsutsumi1, Ichiro Fujieda1(1. Ritsumeikan University(Japan))
[LCT6/FLX4-1(Invited)]Advances of high temperature countermeasures in automotive LCD technology
*Kenta Kamoshida1, Ryo Tadauchi1, Takashi Shimada1, Kenji Ogura1, Mitsuhiro Murata1(1. KYOCERA Corporation (Japan))
[LCT6/FLX4-2(Invited)]Development of Ultranarrow Border LCDs Using Transparent Polyimide Substrates
*Yosuke Hyodo1, Shinichiro Oka1, Lu Jin1, Genki Asozu1, Hiromi Kaneda1, Kazuhide Mochizuki1, Marina Mochizuki1, Yoshiro Aoki1, Naoyuki Asano1(1. Japan Display Inc. (Japan))
[LCT6/FLX4-3]Organic Transistor Materials for bezel-free Plastic Liquid Crystal Displays
*Michael Banach1(1. FlexEnable(UK))
[LCT7-1(Invited)]Ferroelectric Liquid Crystal Pixel Arrays with 1 × 1-μm Pixel Pitch for Electro-Holography
*Shintaro Aso1, Ken-ichi Aoshima1, Ryo Higashida1, Nobuhiko Funabashi1, Junichi Shibasaki1, Takahiro Ishinabe2, Yosei Shibata2, Hideo Fujikake2, Kenji Machida1(1. NHK (Japan), 2. Tohoku University (Japan))
[LCT7-2]Evaluation and Analysis of Light Diffraction from One-Dimensional Liquid Crystal Devices with Small Pixel-Pitch More than 1μm
*Junichi Shibasaki1, Shintaro Aso1, Kenichi Aoshima1, Ryo Higashida1, Nobihiko Funabashi1, Takahiro Ishinabe2, Yousei Shibata2, Hideo Fujikake2, Kenji Machida1(1. Japan Broadcasting Corporation(Japan), 2. Tohoku University(Japan))
[LCT7-3]Withdrawn
[LCTp1-1]Optimum TFT-LCD Design Parameter of High Contrast Ratio for Automotive Application OEM5.1
*Chunlei Hao1, Jianye Wang1, Kaihong Huang1, Xiaohe Li1, Feng Qin1(1. Tianma Microelectronics., Ltd,Shanghai,China(China))
[LCTp1-2]Withdrawn
[LCTp1-3]Optimizing QD Polarizer for Dark Lightleakage in VA Mode LCDs
*Zhenxia Chen1, Miao Zhou1, Chunqiu Yan1, Xue Bai1, Chengxiao Sun1, Song Lan1, Yuan Shao1, Lixuan Chen1, Tsung-lung Chang1, Dongze Li1, Xin Zhang1(1. TCL China Star Optoelectronics Technology Co.,Ltd(China))
[LCTp1-4L]Enhanced Utilization of Ambient Light by Optical Films Coupled to a Luminescent Waveguide
*Yasuhiro Tsutsumi1, Shiori Matsuda1, Ichiro Fujieda1(1. Ritsumeikan University(Japan))
[LCTp1-5L]Fabrication of Polymer Spacers for Flexible Nano-Phase-Separated LCDs with High Contrast Ratio
*Akane Arakawa1, Yosei Shibata1, Takahiro Ishinabe1, Hideo Fujikake1(1. Tohoku University(Japan))
[LCTp2-1]Order Parameter Simulation of Liquid Crystal Host Mixture for Blue Phase By Means of GROMACS
*Munehiro Kimura1, Hirofumi Takei1, Yuta Shimizu1, Daiki Katsube1(1. Nagaoka University of Technology(Japan))
[LCTp2-2]Decrease in Measurement Accuracy of Flexoelectric Coefficient by contamination in Liquid Crystal Materials
*Daiki Fujiwara1, Munehiro Kimura1, Daiki Katsube1(1. Nagaoka University of Technology(Japan))
[LCTp2-3L]Photoinduced Charge Behaviors in Liquid Crystal Mixtures
*Masaru Inoue1, Sudarshan Kundu2, Hiroshi Yokoyama2(1. TOYOTech LLC(United States of America), 2. Kent State University(United States of America))
[LCTp2-4L]Ultra-Low Driving Voltage in Quasi-Twisted Nematic Mode Using Weak / Strong Anchoring Hybrid Alignment Surface
*Rumiko Yamaguchi1, Shunya Kawata1(1. Akita University(Japan))
[LCTp2-5L]Resettability of Cholesteric Liquid Crystal Helix Pitch Using Self-Assembled Dendrimer with Lysine Groups
*Takumi Shiomi1, Yosei Shibata1, Takahiro Ishinabe1, Hideo Fujikake1(1. Tohoku University(Japan))
[AMD1-1(Invited)]Current Status on the n/p type oxide semiconductor materials and the associated devices using Atomic Layer Deposition.
*Jin-Seong Park1, TaeHyun Hong1, Wanho Choi1, Kyungrok Kim1, Hyemi Kim1, Su Hwan Choi1(1. Hanyang Univ. (Korea))
[AMD1-2]Simulation Study of Dual-Gate Amorphous Oxide Semiconductor Thin-Film Transistors
*Katsumi Abe1, Kazuki Ota1, Takeshi Kuwagaki1(1. Silvaco Japan Co., Ltd.(Japan))
[AMD1-3L(Invited)]Withdrawn
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