[KeynoteAddress-1]Bringing the New Age Display with Social Innovation
*Yasuhisa Itoh1(1. Sharp Corporation (Japan))
Proceedings of the International Display Workshops Volume 26 (IDW '19)
Nov 27 - Nov 29, 2019Sapporo Convention Center
You can search for presentations in this event.
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Proceedings of the International Display Workshops Volume 26 (IDW '19)
Nov 27 - Nov 29, 2019Sapporo Convention Center
You can search for presentations in this event.
SearchSearch Results(499)
[KeynoteAddress-2]Human Centered Automotive Cockpit HMI
*Taro Oike1(1. Mazda Motor (Japan))
[InvitedAddress-1]Monolithic Micro-LED Full-Color Micro-Displays
*Kei May Lau1(1. The Hong Kong Univ. of S&T (Hong Kong))
[InvitedAddress-2]Artificial Intelligence: from Pixels and Phonemes to Semantic Understanding and Interactions
*Achin Bhowmik1(1. Starkey Hearing Techs. (United States of America))
[AIS1/INP2-1(Invited)]Adaptive Spatial User Interfaces That Activate Us
*Kazuyuki Fujita1(1. Tohoku University (Japan))
[AIS1/INP2-2(Invited)]Automated Vibrotactile Generation based on Texture Images or Material Attributes using GAN
*Yuki Ban1, Yusuke Ujitoko2,3(1. The University of Tokyo (Japan), 2. Hitachi, Ltd. (Japan), 3. The University of Electro-Communication (Japan))
[AIS1/INP2-3(Invited)]Vibrotactile Signal Generation with GAN
*Shotaro Agatsuma1, Shin Takahashi1, Satoshi Saga2(1. University of Tsukuba (Japan), 2. Kumamoto University (Japan))
[AIS2-1(Invited)]AI-Powered Education: Smart Learning Environment with Large Interactive Displays
*Katashi Nagao1(1. Nagoya University (Japan))
[AIS2-2(Invited)]Light-field image processing using deep neural network
*Toshiaki Fujii1(1. Nagoya University (Japan))
[AIS2-3]Deep Convolution Neural Networks for Painting-like 3D Rendering
*Zhi Yang1, Pei-Li Sun1, Tzung-Han Lin1(1. National Taiwan University of Science and Technology (Taiwan))
[AIS2-4L]Outdoor Wild Bird Detection based on YOLO algorithm
*Bo-Cheng Zhu1, Tzung-Han Lin1, Yao-Chuan Tsai2, Kuang-Wen Hsieh2, Fuh-Min Fan2, Perng-Kwei Lei2(1. National Taiwan University of Science and Technology (Taiwan), 2. National Chung-Hsing University (Taiwan))
[AISp1/DESp2-1]Hardware Acceleration for Multi-Scale Object Detection Based on Dense Pyramid Feature
*Congrui Wu1, Tianmin Rao1, Ran Duan1, Xiao Zhang1(1. BOE Technology Group Co., Ltd (China))
[AISp1/DESp2-2L]Saliency Map Prediction using a Method of Object Detection
*Tsuyoshi Kushima1, Masaki Hisano1(1. The University of Electoro-Communications (Japan))
[AISp2/VHFp6-1]Automatic Selection of Preferable Tone-Mapping Method based on Deep Learning
*Hirofumi Sasaki1, Keita Hirai1, Takahiko Horiuchi1(1. Chiba University (Japan))
[3DSA1/3D1-1(Invited)]Complex Spatial Light Modulation for Holographic Displays
*Hwi Kim1(1. Korea University (Korea))
[3DSA1/3D1-5L]A Fast Hologram Calculation Method Based on the Light Field Rendering
*Tiantian Zhang1, Li Liu1, Jun Xia1(1. Southeast University (China))
[3DSA1/3D1-3]Performance Improvement for Computer-Generated Holographic Stereogram Based on Integral Imaging
*Zi Wang1, Guoqiang Lv1, Qibin Feng1(1. Hefei University of Technology (China))
[3DSA1/3D1-4]Analysis about system parameters of self-interference incoherent digital holographic recording system utilizing geometric phase lens
*KiHong Choi1, Jongmin Kim1, Keehoon Hong2, Joongki Park2, Sung-Wook Min1(1. Kyung Hee University (Korea), 2. Electronics and Telecommunications Research Institute (Korea))
[3DSA3/3D3-1]Depth Range Control in Visually Equivallent Light Field 3D (VELF3D) Display
*Munekazu Date1, Shinya Shimizu1, Hideaki Kimata1(1. Nippon Telegraph and Telephone Corporation (Japan))
[3DSA3/3D3-5L]An Adaptive Time-Division Multiplexing Parallax Barrier Allowing Multiple Observers
*Bin Yang1, Hideki Kakeya1(1. University of Tsukuba (Japan))
[3DSA3/3D3-3]High Field-of-View Near-Eye Display Using Total Internal Reflection Prism and Holographic Printing Technique
*Jinsoo Jeong1, Juhyun Lee1, Byoungho Lee1(1. Seoul National University (Korea))
[3DSA3/3D3-6L]Slim Holographic Retina Display Based on Holographic Waveguide
*Li Liu1, Tiantian Zhang1, Jun Xia1(1. Southeast University (China))
[3DSAp2/3Dp2-1]The Full Color See-through Head Mounted Display Based on Transmission-type Holographic Optical Elements and Parallel Plane Mirrors
*Zih-Yuan Wong1, Wen-Kai Lin1,2, Shao-Kui Zhou1,2, Wei-Chia Su1(1. National Changhua University of Education (Taiwan), 2. National Chiao Tung University (Taiwan))
[3DSAp2/3Dp2-2]Unsupervised Monocular Depth Estimation for Autonomous Driving
Chih-Shuan Huang1, *Wan-Nung Tsung1, Wei-Jong Yang1, Chin-Hsing Chen1(1. National Cheng Kung University (Taiwan))
[3DSAp2/3Dp2-3]VR Viewing Test of 3D Reconstructed Content Generated by Markerless Motion Capture in Wide Area
*Masaaki Matsumura1, Kazuki Okami1, Hajime Noto1, Hideaki Kimata1(1. NTT Media Intelligence Laboratories, Nippon Telegraph and Telephone Corporation (Japan))
[3DSAp2/3Dp2-5]Enhancing Visual Quality of Multi-view 360 Video Compression Pipeline
*Junyoung Yun1, Hong-Chang Shin2, Gwangsoon Lee2, Jong-Il Park1(1. Hanyang University (Korea), 2. Electronics and Telecommunications Research Institute (Korea))
[3DSAp2/3Dp2-6]Eye-Matching Video Calling System by Use of Aerial Screen with AIRR
*Kengo Fujii1, Ryota Kakinuma1, Masaki Yasugi1,2, Hirotsugu Yamamoto1,2(1. Utsunomiya Univ. (Japan), 2. JST ACCEL (Japan))
[3DSAp2/3Dp2-7]Immersive Reaction of Medaka to Omnidirectional Aerial Display
*Erina Abe1, Hirotsugu Yamamoto1(1. Utsunomiya University (Japan))
[3DSAp2/3Dp2-8]Tabletop Aerial DFD Display with AIRR
*Yoshiki Terashima1, Kengo Fujii1, Shiro Suyama2, Hirotsugu Yamamoto1,3(1. University of Utsunomiya (Japan), 2. University of Tokushima (Japan), 3. JST ACCEL (Japan))
[3DSAp2/3Dp2-9]See-Through Aerial Concave Display by Use of Fresnel Lens and AIRR with Polarization Modulation
*Shuto Hatsumi1, Kazuki Shimose1, Masaki Yasugi1,2, Hirotsugu Yamamoto1,2(1. Utsunomiya university (Japan), 2. JST,ACCEL (Japan))
[3DSAp2/3Dp2-10]Object-centered View Synthesis using Learning-based Image Inpainting
*HONG-CHANG SHIN1, Gwangsoon Lee1, Ho min Eum1, Jeong-Il Seo1(1. ETRI (Korea))
[3DSAp2/3Dp2-11]Texture-based Depth Frame Interpolation for Precise 2D to 3D Conversion
*Kuan-Ting Lee1, En-Shi Shih1, Jar-Ferr Yang1(1. National Cheng Kung University (Taiwan))
[3DSAp2/3Dp2-12]Volumetric graphics using laser-induced microbubbles in glycerin containing gold nanorods
*Taisei Chiba1, Kota Kumagai, Yoshio Hayasaki1(1. Utsunomiya University (Japan))
[3DSAp2/3Dp2-13]Investigation of Single-Pixel Imaging using Recurrent Neural Network
*Ikuo Hoshi1, Tomoyoshi Shimobaba1, Takashi Kakue1, Tomoyoshi Ito1(1. Chiba University (Japan))
[3DSAp2/3Dp2-14]Perceived Depth in Arc 3D Display Can Penetrate into Behind Real Object by Moving Arc 3D Images in Contrast to Unpenetrated Perceived Depth in Stereoscopic Display
*Kisa Nakano1, Takahiko Yoshida1, Haruki Mizushina1, Shiro Suyama1(1. Tokushima University (Japan))
[3DSAp2/3Dp2-15]Real-Object DFD Method Can Change Perceived Depths of Dark Real Object and Occluded Rear Real Object to in front and behind
*Oku Iwamoto1, Haruki Mizushina1, Shiro Suyama1(1. Tokushima University (Japan))
[3DSAp2/3Dp2-16]A New 3D Display Utilizing Occlusion Effect by Frames, Gap and Bend of Side-by-Side 2D Displays over Moving Stimuli
*Rune Oyama1, Shirou Suyama1, Haruki Mizushina1(1. Tokushima University (Japan))
[3DSAp2/3Dp2-17]Perceived Depth Instability Difference of Aerial Image in CMA (Crossed Mirror Array) by Changing Fixation Point of Eyes
*Kohei Yamamoto1, Shiro Suyama1, Haruki Mizushina1(1. Tokushima Univ. (Japan))
[3DSAp2/3Dp2-18]3D Image Depth Enlargement in Large Edge-Based DFD Display with Long Viewing Distance by Blurring Edge Images
*Hideto Matsubara1, Haruki Mizushina1, Shiro Suyama1(1. Tokushima University (Japan))
[3DSAp2/3Dp2-19]Monocular Perceived Depth Improvement Using Motion Parallax in Arc 3D Display and Dependence on Motion Cycle Time
*Kazuya Tango1, Shiro Suyama1, Haruki Mizushina1(1. Tokushima Univ (Japan))
[3DSAp2/3Dp2-20L]Comparison of Hologram Calculation Implementations for Wavefront Recording Plane Method Using Look-up Table Method and Direct Calculation Method
*Hidenari Yanagihara1, Tomoyoshi Shimobaba1, Takashi Kakue1, Tomoyoshi Ito1(1. Chiba University (Japan))
[3DSAp2/3Dp2-21L]Efficient Computation of Binary-Weighted Computer-Generated Hologram for Gradation Representable Electroholography
*Ren Noguchi1, Tomoya Sakaguchi1, Hiromi Sannomiya1, Kohei Suzuki1, Minoru Oikawa1, Yuichiro Mori1, Takashi Kakue2, Tomoyoshi Shimobaba2, Tomoyoshi Ito2, Naoki Takada1(1. Kochi University (Japan), 2. Chiba University (Japan))
[3DSAp2/3Dp2-22L]Cost-effective Portable Holographic Projector using a Single Board Computer
*Yoshiki Moriguchi1, Hiromi Sannomiya1, Tomoya Sakaguchi1, Kohei Suzuki1, Yuuki Tanaka1, Hirotaka Nakayama2, Minoru Oikawa1, Yuichiro Mori1, Takashi Kakue3, Tomoyoshi Shimobaba3, Tomoyoshi Ito3, Naoki Takada1(1. Kochi University (Japan), 2. National Astronomical Observatory of Japan (Japan), 3. Chiba University (Japan))
[3DSAp2/3Dp2-23L]Real-Time Spatiotemporal Division Multiplexing Electroholography of Point-cloud 3D Model Comprising 920,000 Points Using Multiple GPU Cluster System
*Hiromi Sannomiya1, Hirotaka Nakayama2, Minoru Oikawa1, Yuichiro Mori1, Takashi Kakue3, Tomoyoshi Shimobaba3, Tomoyoshi Ito3, Naoki Takada1(1. Kochi University (Japan), 2. National Astronomical Observatory of Japan (Japan), 3. Chiba University (Japan))
[3DSAp2/3Dp2-24L]Holographic Projection System for Drawing Fingertip Trajectory Obtained from Depth Camera
*Kohei Suzuki1, Minoru Oikawa1, Yuichuro Mori1, Takashi Kakue2, Tomoyoshi Shimobaba2, Tomoyoshi Ito2, Naoki Takada1(1. Kochi University (Japan), 2. Chiba University (Japan))
[3DSAp2/3Dp2-25L]Magnetic Hologram Reconstruction Using Magneto-Optical Light Modulator Array Based on Domain Wall Motion
*Ryo Higashida1, Nobuhiko Funabashi1, Ken-ichi Aoshima1, Kenji Machida1(1. NHK (Japan))
[3DSAp2/3Dp2-26L]Interactive Holographic 3D Display System
*Min Sung Yoon1, Soo-Myung Park1(1. Electronics and Telecommunications Research Institute, (Korea))
[3DSAp2/3Dp2-27L]Contact Lens Display Based on Holography
*Junpei Sano1, Shujian Liu1, Yuki Nagahama1, Yasuhiro Takaki1(1. Tokyo University of Agriculture and Technology (Japan))
[3DSAp2/3Dp2-28L]Effect of Non-uniformity of Optical Phase Modulation in Liquid Crystal Devices on Holographic Image Quality
*Kazuma Chida1, Yoshitomo Isomae1,2, Takahiro Ishinabe1, Yosei Shibata1, Hideo Fujikake1(1. Tohoku University (Japan), 2. Research Fellow of Japan Society for the Promotion of Science (Japan))
[3DSA5/3D5-1]An Improved View Synthesis of Light Field Images for Supporting 6 Degrees-of-Freedom
*Sangwoon Kwak1, Joungil Yun1, Won-Sik Cheong1, Jeongil Seo1(1. ETRI (Korea))
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