Topical Session on The 11th International Conference on 3D Systems and Applications


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Topical Session on The 11th International Conference on 3D Systems and Applications

date time session room

Wed., Nov. 27 13:40-13:45 Opening Small Hall

13:45-15:05 3DSA1/3D1 Holography 1

15:20-16:40 3D2/3DSA2 Holography 2

17:00-18:20 3DSA3/3D3 Light Field 1

Thu., Nov. 28 9:00-10:20 3D4/VHF4/3DSA4 Illusion

10:40-13:10 3Dp1/3DSAp1 3D and Hyper-realistic Displays and Applications 1 Main Hall

14:30-17:00 3DSAp2/3Dp2 3D and Hyper-realistic Displays and Applications 2

14:30-17:00 VHFp5/3DSAp3 Human Factors

17:20-18:40 3DSA5/3D5 Light Field 2 Small Hall

Fri., Nov. 29 9:00-10:20 3D6/3DSA6 Distinguished Display

10:40-12:00 3DSA7/3D7 Virtual Reality 1

13:20-14:40 3D8/3DSA8 Virtual Reality 2

15:00-16:20 3DSA9/3D9 Data Compression

3DSA1/3D1 : Holography 1

Wed., Nov. 27  13:45-15:05  Small Hall

Chair: Hoang Yan Lin (Nat. Taiwan Univ.)
Co-Chair: Takashi Kakue (Chiba Univ.)

3DSA1/3D1-1 Invited Complex Spatial Light Modulation for Holographic Displays
*Hwi Kim¹ (1. Korea University (Korea))

3DSA1/3D1-2 Withdrawn

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))

3DSA1/3D1-5L A Fast Hologram Calculation Method Based on the Light Field Rendering
*Tiantian Zhang¹, Li Liu¹, Jun Xia¹ (1. Southeast University (China))

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3D2/3DSA2 : Holography 2

Wed., Nov. 27  15:20-16:40  Small Hall

Chair: Hwi Kim (Korea Univ.)
Co-Chair: Yuji Sakamoto (Hokkaido Univ.)

3D2/3DSA2-1 Invited Evaluation of Hologram Quality Based on Digital and Analog Types of Spatial Light Modulators
Chih-Hao Chuang¹, Siao-Ting Li², Chien-Yu Chen², *Hoang-Yan Lin¹, Kuan-Hsu Fan-Chiang³, Hsien-Chang Tsai³ (1. National Taiwan University (Taiwan), 2. National Taiwan University of Science and Technology (Taiwan), 3. Himax Display Inc. (Taiwan))

3D2/3DSA2-2 Invited Development of 72K Ultra-High-Resolution SLMoG System For High-Capacity Digital Holography Image
*Jae-Eun Pi¹, Ji-Hun Choi¹, Jong-Heon Yang¹, Chi-Young Hwang¹, Gi Heon Kim¹, Hee-Ok Kim¹, Young-gi Kim², Myung Yu Kim², Ha Kyun Lee³, Chi-Sun Hwang¹, Jinwoong Kim¹ (1. ETRI (Korea), 2. Silicon Works (Korea), 3. MVTech (Korea))

3D2/3DSA2-3 Reducing the Effect of Crosstalk Noise from Defocused Multi-Depth Holographic Image with a Rasterize Encoding Method
*Siao-Ting Li¹, Chih-Hao Chuang², Chung Feng Kuo¹, Hoang-Yan Lin², Chin-I Huang³, Chien-Yu Chen¹ (1. National Taiwan University of Science and Technology (Taiwan), 2. National Taiwan University (Taiwan), 3. National Kaohsiung First University of Science and Technology (Taiwan))

3D2/3DSA2-4 The Holographic Information Projection System Based on Holographic Optical Element
*Wen-Kai Lin^1,2, Hung-Pin Chen², Bor-Shyh Lin¹, Wei-Chia Su² (1. National Chiao Tung University (Taiwan), 2. National Changhua University of Education (Taiwan))

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3DSA3/3D3 : Light Field 1

Wed., Nov. 27  17:00-18:20  Small Hall

Chair: Yasuhiro Takaki (Tokyo Univ. of A&T)
Co-Chair: Hirotsugu Yamamoto (Utsunomiya Univ.)

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))

3DSA3/3D3-2 Withdrawn

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))

3DSA3/3D3-4 Withdrawn

3DSA3/3D3-5L An Adaptive Time-Division Multiplexing Parallax Barrier Allowing Multiple Observers
*Bin Yang¹, Hideki Kakeya¹ (1. University of Tsukuba (Japan))

3DSA3/3D3-6L Slim Holographic Retina Display Based on Holographic Waveguide
*Li Liu¹, Tiantian Zhang¹, Jun Xia¹ (1. Southeast University (China))

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3D4/VHF4/3DSA4 : Illusion

Thu., Nov. 28  9:00-10:20  Small Hall

Chair: Sumio Yano (Shimane University)
Co-Chair: Yuzo Hisatake (Shizuoka Univ.)

3D4/VHF4/3DSA4-1 Invited Innovative Mobile Force Display: Buru-Navi
*Hiroaki Gomi¹, Sho Ito¹, Ryoma Tanase¹ (1. NTT Communication Science Labs. (Japan))

3D4/VHF4/3DSA4-2 Invited Displaying Deformation of Virtual Objects Using Visuo-Haptic Interaction
*Yuki Ban¹ (1. The University of Tokyo (Japan))

3D4/VHF4/3DSA4-3 Invited Real-World Implementations of Visual Illusions by Using Augmented Reality Techniques
*Takahiro Kawabe¹ (1. NTT Communication Science Laboratories (Japan))

3D4/VHF4/3DSA4-4 Gloss Enhancement Beyond Projector Performance Using the Glare Illusion
*Shinji Nagata¹, Toshiyuki Amano¹ (1. Wakayama University (Japan))

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3DSA5/3D5 : Light Field 2

Thu., Nov. 28  17:20-18:40  Small Hall

Chair: Jung-Young Son (Konyang Univ.)
Co-Chair: Munekazu Date(NTT)

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))

3DSA5/3D5-2 GPU-Accelerated Interactive Virtual View Synthesis from Light Field Images
*Hyeonjin Jung¹, Joungil Yun², Won-Sik Cheong², Youngmin Yi¹ (1. University of Seoul (Korea), 2. Electronics and Telecommunications Research Institute (Korea))

3DSA5/3D5-3 Accommodation Response to a Super-Multiview Display Based on Time-Division Multiplexing Parallax Barrier
*Yuta Watanabe¹, Hideki Kakeya¹ (1. University of Tsukuba (Japan))

3DSA5/3D5-4 An Autostereoscopic Display with Time-Multiplexed Directional Backlight Using a Curved Lens Array
*Garimagai Borjigin¹, Hideki Kakeya¹ (1. University of Tsukuba (Japan))

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3D6/3DSA6 : Distinguished Display

Fri., Nov. 29  9:00-10:20  Small Hall

Chair: Hideki Kakeya (Univ. of Tsukuba)
Co-Chair: Yuki Maeda (Parity Innovations)

3D6/3DSA6-1 Invited Importance of Continuous Motion Parallax in Monocular and Binocular 3D Perception
*Haruki Mizushina¹, Shiro Suyama¹ (1. Tokushima University (Japan))

3D6/3DSA6-2 Further Crosstalk Reduction Method with Eye-Tracking for Glasses-Free Stereoscopic Display in Both Portrait and Landscape Modes
*Yukiya Yamaguchi¹, Hiiro Nakamura¹, Goro Hamagishi¹, Kayo Yoshimoto¹, Takuya Matsumoto², Kaoru Kusafuka², Hideya Takahashi¹ (1. Osaka City University (Japan), 2. Kyocera Corporation (Japan))

3D6/3DSA6-3 Measurement of Moiré Patterns in 3D Display
*Hea In Jeong¹, Seo Young Choi², Young Ju Jeong¹ (1. Sookmyung Women's University (Korea), 2. Korea Institute of Lighting & ICT (Korea))

3D6/3DSA6-4 GPU Acceleration of Algorithm to Design Directional Volumetric Display for Real-time Processing
*Daiki Matsumoto¹, Ryuji Hirayama^2,3, Naoto Hoshikawa⁴, Hirotaka Nakayama⁵, Tomoyoshi Shimobaba¹, Tomoyoshi Ito¹, Atsushi Shiraki¹ (1. Chiba University (Japan), 2. Research Fellow of the Japan Society for the Promotion of Science (Japan), 3. Tokyo University of Science (Japan), 4. National Institute of Technology, Oyama College (Japan), 5. National Astronomical Observatory of Japan (Japan))

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3DSA7/3D7 : Virtual Reality 1

Fri., Nov. 29  10:40-12:00  Small Hall

Chair: Tomohiro Tanikawa (The Univ. of Tokyo)
Co-Chair: Kenji Yamamoto (NICT)

3DSA7/3D7-1 Invited Research and Development of Second Generation Virtual Reality
*Michitaka Hirose¹ (1. The University of Tokyo (Japan))

3DSA7/3D7-2 Invited Computer Vision, AI, AR Technology in Various Industries
*You-Kwang Wang^1,2, Hung-Ya Tsai², Chih-Hao Chuang³, Chien-Yu Chen¹ (1. National Taiwan University of Science and Technology (Taiwan), 2. OSENSE Technology Co. (Taiwan), 3. National Taiwan University (Taiwan))

3DSA7/3D7-3 Invited Impressive 3D CG Technologies for Automotive HUDs with Wide FOV
*Haruhiko Okumura¹, Takashi Sasaki¹, Aira Hotta¹, Masahiro Sekine¹ (1. Toshiba Corp. (Japan))

3DSA7/3D7-4 Invited Air Floating Image Based on a Dihedral Corner Reflector Array
*YUKI MAEDA¹ (1. Parity Innovations Co. Ltd. (Japan))

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3D8/3DSA8 : Virtual Reality 2

Fri., Nov. 29  13:20-14:40  Small Hall

Chair: You Kwang Wang (Osense Technology)
Co-Chair: Haruki Mizushina (Tokushima University)

3D8/3DSA8-1 Invited Service VR Training System: VR Simulator of Man-to-Man Service with Mental/Emotional Sensing and Intervention
*TOMOHIRO TANIKAWA¹, Yuki Ban¹, Kazuma Aoyama¹, Eiji Shinbori², Shigeru Komatsubara², Michitaka Hirose¹ (1. The University of Tokyo (Japan), 2. Dai Nippon Printing Co., Ltd. (Japan))

3D8/3DSA8-2 A HMD for Users with Any Interocular Distance
*Jung-Young Son¹, Hyoung Lee¹, Jung Kim¹, Beom-Ryeol Lee², Wook-Ho Son², Tetiana Venkel³ (1. Konyang University (Korea), 2. Electronics and Telecommunication Research Institute (Korea), 3. Chernivtsi University (Ukraine))

3D8/3DSA8-3 Withdrawn

3D8/3DSA8-4 Accuracy Verification of Visual Appearance Acquisition Device of Non-Metallic Material Based on Sparse SVBRDF
*Tsung-Lin Lu¹, Yu-Lun Liu¹, Yu-Cheng Hsieh¹, Tzung-Han Lin¹ (1. National Taiwan University of Science and Technology (Taiwan))

3D8/3DSA8-5L Proposal for Light Field Mirage
*Yoshiharu Momonoi^1,2, Koya Yamamoto², Yasuhiro Takaki² (1. Samsung R&D Institute Japan (Japan), 2. Tokyo University of Agriculture and Technology (Japan))

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3DSA9/3D9 : Data Compression

Fri., Nov. 29  15:00-16:20  Small Hall

Chair: Hideaki Kimata (NTT)
Co-Chair: Miwa Katayama (NHK)

3DSA9/3D9-1 Verification of Compression Architecture for 3DoF+ Immersive Video Delivery
*Gwangsoon Lee¹, Hong-Chang Hong¹, Homin Eum¹, Jeongil Seo¹ (1. ETRI (Korea))

3DSA9/3D9-2 FDM-Based Global Motion Estimation for Dynamic 3D Point Cloud Compression
*SO MYUNG LEE¹, Li Cui¹, Tianyu Dong¹, Eun-Yong Chang², Jihun Cha², Euee S. JANG¹ (1. Hanyang University (Korea), 2. Electronics and Telecommunications Research Institute (Korea))

3DSA9/3D9-3 MPEG Video-Based Point Cloud Coding Based on JPEG
*Tianyu Dong¹, So Myung Lee¹, Euee S. Jang¹ (1. Hanyang University (Korea))

3DSA9/3D9-4 Fast Calculation Method for Computer-Generated Holograms Using Saccade Suppression by Lowering the Resolution Based on Fresnel Zone Plate Reduction
*WEI LINGJIE¹, Fumio Okuyama², Yuji Sakamoto¹ (1. Hokkaido University (Japan), 2. New Generation Medical Center (Japan))

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Poster 3Dp1/3DSAp1 : 3D and Hyper-realistic Displays and Applications 1

Thu., Nov. 28  10:40-13:10  Main Hall

3Dp1/3DSAp1-1 Compact Binocular Holographic Head-Mounted Display Using Viewing Zone Expansion Method with Multiple Light Sources
*Kazuya Furuta¹, Yuji Sakamoto¹ (1. Hokkaido University (Japan))

3Dp1/3DSAp1-2 Quality Analysis of Light-Waves considering Transmission Errors of Various Images for Wireless Transmission System of CGHs
*Kazuhiro Yamaguchi¹, Yuji Sakamoto² (1. Suwa University of Science (Japan), 2. Hokkaido University (Japan))

3Dp1/3DSAp1-3 Optimization Technique for Phase-Only Computer-Generated Holograms Based on Gradient Descent Method
*Shujian Liu¹, Yuki Nagahama¹, Yasuhiro Takaki¹ (1. Tokyo University of Agriculture and Technology (Japan))

3Dp1/3DSAp1-4 Electronic Holographic Display Using MEMS-SLM with 40 Degree Viewing Zone
*Yoshitaka Takekawa¹, Yuki Nagahama¹, Yuzuru Takashima², Yasuhiro Takaki¹ (1. Tokyo University of Agriculture and Technology (Japan), 2. University of Arizona (United States of America))

3Dp1/3DSAp1-5 Digital Holographic Observation of a Wavefront Generated by a Digitally Designed Holographic Optical Element (DDHOE)
*Tatsuki Tahara^1,2, Koki Wakunami¹, Boaz Jessie Jackin¹, Yasuyuki Ichihashi¹, Ryutaro Oi¹ (1. National Institute of Information and Communications Technology (Japan), 2. Japan Science and Technology Agency (Japan))

3Dp1/3DSAp1-6 The Design of Head-up Display Based on Holographic Optical Element
*Guan-Li Chen¹, Wen-Kai Lin^1,2, Shao-Kui Zhou^1,2, Wei-Chia Su¹ (1. National Changhua University of Education (Taiwan), 2. National Chiao Tung University (Taiwan))

3Dp1/3DSAp1-7 The Full Color Maxwellian-View Display Based on Holographic Optical Element
*Shao-Kui Zhou^1,2, Wen-Kai Lin^1,2, Bor-Shyh Lin¹, Wei-Chia Su² (1. National Chiao Tung University (Taiwan), 2. National Changhua University of Education (Taiwan))

3Dp1/3DSAp1-8 High-Resolution Mesh-Based Computer-Generated Hologram Synthesis Using Fast Fourier Transform with Graphics Processing Unit
*Han-Ju Yeom¹, Sanghoon Cheon¹, Keehoon Hong¹, Seoungbae Cho¹, Seungtaik Oh², Joongki Park¹ (1. Electronics and Telecommunications Research Institute (Korea), 2. Studio Macrograph (Korea))

3Dp1/3DSAp1-9 Effective Encoding of Binary Phase Hologram Using Error Diffusion
*Minsik Park¹, Jeho Nam¹, Seunghyup Shin¹, Jinwoong Kim¹ (1. Electronics and Telecommunications Research Institute (Korea))

3Dp1/3DSAp1-10 Interactive Operation of Projection-Type Holographic Display Based on HOE Screen when Using Ray-sampling Plane
*Rintaro Miura^1,2, Yasuyuki Ichihashi², Takashi Kakue¹, Hiroshi Amano^1,2, Hiroshi Hashimoto^1,2, Koki Wakunami², Tomoyoshi Shimobaba¹, Tomoyoshi Ito¹ (1. Chiba University (Japan), 2. NICT (Japan))

3Dp1/3DSAp1-11 Direct Light Removal and Image Quality Evaluation of Large Screen Holographic Projection
*Shoki Kikukawa¹, Tomoyoshi Shimobaba¹, Takashi Kakue¹, Tomoyoshi Ito¹ (1. Chiba University (Japan))

3Dp1/3DSAp1-12 Distortion Correction and Optical Reconstruction of Point-Cloud Object for the Projection-Type Color Holographic Display Based on HOE Screen
*Hiroshi Amano^1,2, Yasuyuki Ichihashi², Takashi Kakue¹, Koki Wakunami², Hiroshi Hashimoto^1,2, Rintaro Miura^1,2, Tomoyoshi Shimobaba¹, Tomoyoshi Ito¹ (1. Chiba University (Japan), 2. National Institute of Information and Communications Technology (Japan))

3Dp1/3DSAp1-13 Hologram Calculation of Light-in-Flight Recording by Holography Based on Numerical Simulation Model with FDTD Method
*Takashi Kakue¹, Naoki Takada², Keita Tojo¹, Tomoyoshi Shimobaba¹, Tomoyoshi Ito¹ (1. Chiba University (Japan), 2. Kochi University (Japan))

3Dp1/3DSAp1-14 Calculation Reduction Method for Computer-Generated Hologram Using Angular Redundancy and Color Space Conversion
*Ryota Furukawa¹, Tomoyoshi Shimobaba¹, Takashi Kakue¹, Tomoyoshi Ito ¹ (1. Chiba University (Japan))

3Dp1/3DSAp1-15 Highly Parallel Special-Purpose Computer for Electroholography on System on a Chip
*Yota Yamamoto¹, Nobuyuki Masuda², Hirotaka Nakayama³, Tomoyoshi Shimobaba¹, Takashi Kakue¹, Tomoyoshi Ito¹ (1. Chiba University (Japan), 2. Tokyo University of Science (Japan), 3. National Astronomical Observatory of Japan (Japan))

3Dp1/3DSAp1-16 Multiview Image Correction for Visually Equivalent Light Field 3D Display
*Takasuke Nagai¹, Munekazu Date¹, Shinya Shimizu¹, Hideaki Kimata¹ (1. Nippon Telegraph and Telephone Corporation (Japan))

3Dp1/3DSAp1-17 Development of Switchable LF Camera for Capturing 2D/3D Movie
*Tae-Hyun Lee¹, Jae-Won Lee¹, Kyung-Il Joo¹, Min-Kyu Park¹, Heewon Park¹, Ki-Chul Kwon², Munkh-Uchral Erdenebat², Young-Tae Lim², Nam Kim², Hak-Rin Kim¹ (1. Kyungpook National University (Korea), 2. Chungbuk National University (Korea))

3Dp1/3DSAp1-18 An Active Barrier Autostereoscopic Display with Less Crosstalk
*Ayuki Hayashishita¹, Takuya Matsumoto², Kaoru Kusafuka², Hideki Kakeya¹ (1. The University of Tsukuba (Japan), 2. KYOCERA Corporation (Japan))

3Dp1/3DSAp1-19 Resolution Evaluation of a Simplified Super Multi-View Head-Mounted Display
*Takaaki Ueno¹, Yuki Nagahama¹, Yasuhiro Takaki¹ (1. Tokyo University of Agriculture and Technology (Japan))

3Dp1/3DSAp1-20 Comparative Study on Layered Light-Field Displays and Optimization Methods
*Keita Maruyama¹, Keita Takahashi¹, Toshiaki Fujii¹, Munekazu Date², Hideaki Kimata² (1. Department of Information and Communication Engineering Graduate School of Engineering, Nagoya University (Japan), 2. NTT Media Intelligence Laboratories, Nippon Telegraph and Telephone Corporation (Japan))

3Dp1/3DSAp1-21 Light Field Acquisition from Focal Stack via a Deep CNN
*Yasutaka Inagaki¹, Keita Takahashi¹, Toshiaki Fujii¹ (1. Nagoya University (Japan))

3Dp1/3DSAp1-22 Displaying Live 3-D Video from a Multi-View Camera on a Layered Display
*Yusuke Ota¹, Keita Maruyama¹, Ryutaroh Matsumoto¹, Keita Takahashi¹, Toshiaki Fujii¹ (1. Nagoya University (Japan))

3Dp1/3DSAp1-23L Implemented of Images and Sounds Person Tracking System Using Directional Volumetric Display
*Mitsuru Baba¹, Ryuji Hirayama^2,3, Naoto Hoshikawa⁴, Hirotaka Nakayama⁵, Tomoyoshi Shimobaba¹, Tomoyoshi Ito¹, Atsushi Shiraki¹ (1. Chiba University (Japan), 2. Research Fellow of the Japan Society for the Promotion of Science (Japan), 3. Tokyo University of Science (Japan), 4. National Institute of Technology, Oyama College (Japan), 5. National Astronomical Observatory of Japan (Japan))

3Dp1/3DSAp1-24L Development of Volumetric Display Capable of Transmitting Information in Different Languages Using Language Identification
*Taishin Murase¹, Ryuji Hirayama^2,3, Naoto Hoshikawa⁴, Hitoraka Nakayama⁵, Tomoyoshi Shimobaba¹, Tomoyoshi Ito¹, Atsushi Shiraki¹ (1. Chiba University (Japan), 2. Research Fellow of the Japan Society for the Promotion of Science (Japan), 3. Tokyo University of Science (Japan), 4. National Institute of Technology, Oyama College (Japan), 5. National Astronomical Observatory of Japan (Japan))

3Dp1/3DSAp1-25L Simulation of Target Observation Area Formed by HOE Screen with Function of Concave Mirror
*Hiroshi Hashimoto^1,2, Yasuyuki Ichihashi², Takashi Kakue¹, Koki Wakunami², Hiroshi Amano^1,2, Rintaro Miura^1,2, Tomoyoshi Shimobaba¹, Tomoyoshi Ito¹ (1. Chiba University (Japan), 2. National Institute of Information and Communications Technology (Japan))

3Dp1/3DSAp1-26L Development of Three-Dimensional Aerial Image Display System by Integral Photography
*Yuya Sota¹, Sumio Yano¹ (1. Shimane University (Japan))

3Dp1/3DSAp1-27L Volumetric 3D System Using Rotating -Comfirmation of Image Distortion and its Compensantion-
*Ken Muto¹ (1. Japan /Tokai /Electrical and Electronic Engineering (Japan))

3Dp1/3DSAp1-28L Improved Fabrication Process of Holographic Waveguide Combiner in a Head Mounted Display System
*Hung-Pin Chen¹, Wen-Kai Lin², Shao-Kui Zhou², Wei-Chia Su¹ (1. National Changhua University of Education (Taiwan), 2. National Chiao Tung University (Taiwan))

3Dp1/3DSAp1-29L Light Field Camera with Pan-tilt Function
*Yuta Yamaguchi^1,2, Yasuhiro Takaki¹ (1. Tokyo University of Agriculture and Technology (Japan), 2. Research Fellow of Japan Society for the Promotion of Science (Japan))

3Dp1/3DSAp1-30L The Application of a New Type of Depth Camera to Teach Gymnastics
*Tsanming Ou¹, Tomoki Miyamoto¹, Yuki Kurosawa¹, Takahide Otomo¹, Yuko Hoshino¹, Mitsuho Yamada¹ (1. Tokai University (Japan))

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Poster 3DSAp2/3Dp2 : 3D and Hyper-realistic Displays and Applications 2

Thu., Nov. 28  14:30-17:00  Main Hall

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 Lin^1,2, Shao-Kui Zhou^1,2, 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))

3DSAp2/3Dp2-4 Withdrawn

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 Yasugi^1,2, Hirotsugu Yamamoto^1,2 (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 Yamamoto^1,3 (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 Yasugi^1,2, Hirotsugu Yamamoto^1,2 (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 Isomae^1,2, Takahiro Ishinabe¹, Yosei Shibata¹, Hideo Fujikake¹ (1. Tohoku University (Japan), 2. Research Fellow of Japan Society for the Promotion of Science (Japan))

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Poster VHFp5/3DSAp3 : Human Factors

Thu., Nov. 28  14:30-17:00  Main Hall

VHFp5/3DSAp3-1 Fundamental Head Movement and Gaze Analysis on the Influence of Surround Sound on People
*Yasuyoshi Kobayashi¹, Shinya Mochiduki¹, Mitsuho Yamada¹ (1. Tokai University (Japan))

VHFp5/3DSAp3-2 Simple Stereoscopic Image System Based on Fresnel Plate
Chung-Jen Ou², *Shang-Ru Yang¹, Wei-Chia Su¹ (1. National Changhua University of Education (Taiwan), 2. Hsiuping University of Science and Technology (Taiwan))

VHFp5/3DSAp3-3L Development of One-Dimensional Integral Photography
*Akira Hasegawa¹, Sumio Yano¹ (1. Shimane University (Japan))

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date	time	session		room
Wed., Nov. 27	13:40-13:45		Opening	Small Hall
	13:45-15:05	3DSA1/3D1	Holography 1
	15:20-16:40	3D2/3DSA2	Holography 2
	17:00-18:20	3DSA3/3D3	Light Field 1
Thu., Nov. 28	9:00-10:20	3D4/VHF4/3DSA4	Illusion
	10:40-13:10	3Dp1/3DSAp1	3D and Hyper-realistic Displays and Applications 1	Main Hall
	14:30-17:00	3DSAp2/3Dp2	3D and Hyper-realistic Displays and Applications 2
	14:30-17:00	VHFp5/3DSAp3	Human Factors
	17:20-18:40	3DSA5/3D5	Light Field 2	Small Hall
Fri., Nov. 29	9:00-10:20	3D6/3DSA6	Distinguished Display
	10:40-12:00	3DSA7/3D7	Virtual Reality 1
	13:20-14:40	3D8/3DSA8	Virtual Reality 2
	15:00-16:20	3DSA9/3D9	Data Compression

3DSA1/3D1-1	Invited Complex Spatial Light Modulation for Holographic Displays *Hwi Kim¹ (1. Korea University (Korea))
3DSA1/3D1-2	Withdrawn
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))
3DSA1/3D1-5L	A Fast Hologram Calculation Method Based on the Light Field Rendering *Tiantian Zhang¹, Li Liu¹, Jun Xia¹ (1. Southeast University (China))

3D2/3DSA2-1	Invited Evaluation of Hologram Quality Based on Digital and Analog Types of Spatial Light Modulators Chih-Hao Chuang¹, Siao-Ting Li², Chien-Yu Chen², *Hoang-Yan Lin¹, Kuan-Hsu Fan-Chiang³, Hsien-Chang Tsai³ (1. National Taiwan University (Taiwan), 2. National Taiwan University of Science and Technology (Taiwan), 3. Himax Display Inc. (Taiwan))
3D2/3DSA2-2	Invited Development of 72K Ultra-High-Resolution SLMoG System For High-Capacity Digital Holography Image *Jae-Eun Pi¹, Ji-Hun Choi¹, Jong-Heon Yang¹, Chi-Young Hwang¹, Gi Heon Kim¹, Hee-Ok Kim¹, Young-gi Kim², Myung Yu Kim², Ha Kyun Lee³, Chi-Sun Hwang¹, Jinwoong Kim¹ (1. ETRI (Korea), 2. Silicon Works (Korea), 3. MVTech (Korea))
3D2/3DSA2-3	Reducing the Effect of Crosstalk Noise from Defocused Multi-Depth Holographic Image with a Rasterize Encoding Method *Siao-Ting Li¹, Chih-Hao Chuang², Chung Feng Kuo¹, Hoang-Yan Lin², Chin-I Huang³, Chien-Yu Chen¹ (1. National Taiwan University of Science and Technology (Taiwan), 2. National Taiwan University (Taiwan), 3. National Kaohsiung First University of Science and Technology (Taiwan))
3D2/3DSA2-4	The Holographic Information Projection System Based on Holographic Optical Element *Wen-Kai Lin^1,2, Hung-Pin Chen², Bor-Shyh Lin¹, Wei-Chia Su² (1. National Chiao Tung University (Taiwan), 2. National Changhua University of Education (Taiwan))

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))
3DSA3/3D3-2	Withdrawn
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))
3DSA3/3D3-4	Withdrawn
3DSA3/3D3-5L	An Adaptive Time-Division Multiplexing Parallax Barrier Allowing Multiple Observers *Bin Yang¹, Hideki Kakeya¹ (1. University of Tsukuba (Japan))
3DSA3/3D3-6L	Slim Holographic Retina Display Based on Holographic Waveguide *Li Liu¹, Tiantian Zhang¹, Jun Xia¹ (1. Southeast University (China))

3D4/VHF4/3DSA4-1	Invited Innovative Mobile Force Display: Buru-Navi *Hiroaki Gomi¹, Sho Ito¹, Ryoma Tanase¹ (1. NTT Communication Science Labs. (Japan))
3D4/VHF4/3DSA4-2	Invited Displaying Deformation of Virtual Objects Using Visuo-Haptic Interaction *Yuki Ban¹ (1. The University of Tokyo (Japan))
3D4/VHF4/3DSA4-3	Invited Real-World Implementations of Visual Illusions by Using Augmented Reality Techniques *Takahiro Kawabe¹ (1. NTT Communication Science Laboratories (Japan))
3D4/VHF4/3DSA4-4	Gloss Enhancement Beyond Projector Performance Using the Glare Illusion *Shinji Nagata¹, Toshiyuki Amano¹ (1. Wakayama University (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))
3DSA5/3D5-2	GPU-Accelerated Interactive Virtual View Synthesis from Light Field Images *Hyeonjin Jung¹, Joungil Yun², Won-Sik Cheong², Youngmin Yi¹ (1. University of Seoul (Korea), 2. Electronics and Telecommunications Research Institute (Korea))
3DSA5/3D5-3	Accommodation Response to a Super-Multiview Display Based on Time-Division Multiplexing Parallax Barrier *Yuta Watanabe¹, Hideki Kakeya¹ (1. University of Tsukuba (Japan))
3DSA5/3D5-4	An Autostereoscopic Display with Time-Multiplexed Directional Backlight Using a Curved Lens Array *Garimagai Borjigin¹, Hideki Kakeya¹ (1. University of Tsukuba (Japan))

3D6/3DSA6-1	Invited Importance of Continuous Motion Parallax in Monocular and Binocular 3D Perception *Haruki Mizushina¹, Shiro Suyama¹ (1. Tokushima University (Japan))
3D6/3DSA6-2	Further Crosstalk Reduction Method with Eye-Tracking for Glasses-Free Stereoscopic Display in Both Portrait and Landscape Modes *Yukiya Yamaguchi¹, Hiiro Nakamura¹, Goro Hamagishi¹, Kayo Yoshimoto¹, Takuya Matsumoto², Kaoru Kusafuka², Hideya Takahashi¹ (1. Osaka City University (Japan), 2. Kyocera Corporation (Japan))
3D6/3DSA6-3	Measurement of Moiré Patterns in 3D Display *Hea In Jeong¹, Seo Young Choi², Young Ju Jeong¹ (1. Sookmyung Women's University (Korea), 2. Korea Institute of Lighting & ICT (Korea))
3D6/3DSA6-4	GPU Acceleration of Algorithm to Design Directional Volumetric Display for Real-time Processing *Daiki Matsumoto¹, Ryuji Hirayama^2,3, Naoto Hoshikawa⁴, Hirotaka Nakayama⁵, Tomoyoshi Shimobaba¹, Tomoyoshi Ito¹, Atsushi Shiraki¹ (1. Chiba University (Japan), 2. Research Fellow of the Japan Society for the Promotion of Science (Japan), 3. Tokyo University of Science (Japan), 4. National Institute of Technology, Oyama College (Japan), 5. National Astronomical Observatory of Japan (Japan))

3DSA7/3D7-1	Invited Research and Development of Second Generation Virtual Reality *Michitaka Hirose¹ (1. The University of Tokyo (Japan))
3DSA7/3D7-2	Invited Computer Vision, AI, AR Technology in Various Industries *You-Kwang Wang^1,2, Hung-Ya Tsai², Chih-Hao Chuang³, Chien-Yu Chen¹ (1. National Taiwan University of Science and Technology (Taiwan), 2. OSENSE Technology Co. (Taiwan), 3. National Taiwan University (Taiwan))
3DSA7/3D7-3	Invited Impressive 3D CG Technologies for Automotive HUDs with Wide FOV *Haruhiko Okumura¹, Takashi Sasaki¹, Aira Hotta¹, Masahiro Sekine¹ (1. Toshiba Corp. (Japan))
3DSA7/3D7-4	Invited Air Floating Image Based on a Dihedral Corner Reflector Array *YUKI MAEDA¹ (1. Parity Innovations Co. Ltd. (Japan))

3D8/3DSA8-1	Invited Service VR Training System: VR Simulator of Man-to-Man Service with Mental/Emotional Sensing and Intervention *TOMOHIRO TANIKAWA¹, Yuki Ban¹, Kazuma Aoyama¹, Eiji Shinbori², Shigeru Komatsubara², Michitaka Hirose¹ (1. The University of Tokyo (Japan), 2. Dai Nippon Printing Co., Ltd. (Japan))
3D8/3DSA8-2	A HMD for Users with Any Interocular Distance *Jung-Young Son¹, Hyoung Lee¹, Jung Kim¹, Beom-Ryeol Lee², Wook-Ho Son², Tetiana Venkel³ (1. Konyang University (Korea), 2. Electronics and Telecommunication Research Institute (Korea), 3. Chernivtsi University (Ukraine))
3D8/3DSA8-3	Withdrawn
3D8/3DSA8-4	Accuracy Verification of Visual Appearance Acquisition Device of Non-Metallic Material Based on Sparse SVBRDF *Tsung-Lin Lu¹, Yu-Lun Liu¹, Yu-Cheng Hsieh¹, Tzung-Han Lin¹ (1. National Taiwan University of Science and Technology (Taiwan))
3D8/3DSA8-5L	Proposal for Light Field Mirage *Yoshiharu Momonoi^1,2, Koya Yamamoto², Yasuhiro Takaki² (1. Samsung R&D Institute Japan (Japan), 2. Tokyo University of Agriculture and Technology (Japan))

3DSA9/3D9-1	Verification of Compression Architecture for 3DoF+ Immersive Video Delivery *Gwangsoon Lee¹, Hong-Chang Hong¹, Homin Eum¹, Jeongil Seo¹ (1. ETRI (Korea))
3DSA9/3D9-2	FDM-Based Global Motion Estimation for Dynamic 3D Point Cloud Compression *SO MYUNG LEE¹, Li Cui¹, Tianyu Dong¹, Eun-Yong Chang², Jihun Cha², Euee S. JANG¹ (1. Hanyang University (Korea), 2. Electronics and Telecommunications Research Institute (Korea))
3DSA9/3D9-3	MPEG Video-Based Point Cloud Coding Based on JPEG *Tianyu Dong¹, So Myung Lee¹, Euee S. Jang¹ (1. Hanyang University (Korea))
3DSA9/3D9-4	Fast Calculation Method for Computer-Generated Holograms Using Saccade Suppression by Lowering the Resolution Based on Fresnel Zone Plate Reduction *WEI LINGJIE¹, Fumio Okuyama², Yuji Sakamoto¹ (1. Hokkaido University (Japan), 2. New Generation Medical Center (Japan))

3Dp1/3DSAp1-1	Compact Binocular Holographic Head-Mounted Display Using Viewing Zone Expansion Method with Multiple Light Sources *Kazuya Furuta¹, Yuji Sakamoto¹ (1. Hokkaido University (Japan))
3Dp1/3DSAp1-2	Quality Analysis of Light-Waves considering Transmission Errors of Various Images for Wireless Transmission System of CGHs *Kazuhiro Yamaguchi¹, Yuji Sakamoto² (1. Suwa University of Science (Japan), 2. Hokkaido University (Japan))
3Dp1/3DSAp1-3	Optimization Technique for Phase-Only Computer-Generated Holograms Based on Gradient Descent Method *Shujian Liu¹, Yuki Nagahama¹, Yasuhiro Takaki¹ (1. Tokyo University of Agriculture and Technology (Japan))
3Dp1/3DSAp1-4	Electronic Holographic Display Using MEMS-SLM with 40 Degree Viewing Zone *Yoshitaka Takekawa¹, Yuki Nagahama¹, Yuzuru Takashima², Yasuhiro Takaki¹ (1. Tokyo University of Agriculture and Technology (Japan), 2. University of Arizona (United States of America))
3Dp1/3DSAp1-5	Digital Holographic Observation of a Wavefront Generated by a Digitally Designed Holographic Optical Element (DDHOE) *Tatsuki Tahara^1,2, Koki Wakunami¹, Boaz Jessie Jackin¹, Yasuyuki Ichihashi¹, Ryutaro Oi¹ (1. National Institute of Information and Communications Technology (Japan), 2. Japan Science and Technology Agency (Japan))
3Dp1/3DSAp1-6	The Design of Head-up Display Based on Holographic Optical Element *Guan-Li Chen¹, Wen-Kai Lin^1,2, Shao-Kui Zhou^1,2, Wei-Chia Su¹ (1. National Changhua University of Education (Taiwan), 2. National Chiao Tung University (Taiwan))
3Dp1/3DSAp1-7	The Full Color Maxwellian-View Display Based on Holographic Optical Element *Shao-Kui Zhou^1,2, Wen-Kai Lin^1,2, Bor-Shyh Lin¹, Wei-Chia Su² (1. National Chiao Tung University (Taiwan), 2. National Changhua University of Education (Taiwan))
3Dp1/3DSAp1-8	High-Resolution Mesh-Based Computer-Generated Hologram Synthesis Using Fast Fourier Transform with Graphics Processing Unit *Han-Ju Yeom¹, Sanghoon Cheon¹, Keehoon Hong¹, Seoungbae Cho¹, Seungtaik Oh², Joongki Park¹ (1. Electronics and Telecommunications Research Institute (Korea), 2. Studio Macrograph (Korea))
3Dp1/3DSAp1-9	Effective Encoding of Binary Phase Hologram Using Error Diffusion *Minsik Park¹, Jeho Nam¹, Seunghyup Shin¹, Jinwoong Kim¹ (1. Electronics and Telecommunications Research Institute (Korea))
3Dp1/3DSAp1-10	Interactive Operation of Projection-Type Holographic Display Based on HOE Screen when Using Ray-sampling Plane *Rintaro Miura^1,2, Yasuyuki Ichihashi², Takashi Kakue¹, Hiroshi Amano^1,2, Hiroshi Hashimoto^1,2, Koki Wakunami², Tomoyoshi Shimobaba¹, Tomoyoshi Ito¹ (1. Chiba University (Japan), 2. NICT (Japan))
3Dp1/3DSAp1-11	Direct Light Removal and Image Quality Evaluation of Large Screen Holographic Projection *Shoki Kikukawa¹, Tomoyoshi Shimobaba¹, Takashi Kakue¹, Tomoyoshi Ito¹ (1. Chiba University (Japan))
3Dp1/3DSAp1-12	Distortion Correction and Optical Reconstruction of Point-Cloud Object for the Projection-Type Color Holographic Display Based on HOE Screen *Hiroshi Amano^1,2, Yasuyuki Ichihashi², Takashi Kakue¹, Koki Wakunami², Hiroshi Hashimoto^1,2, Rintaro Miura^1,2, Tomoyoshi Shimobaba¹, Tomoyoshi Ito¹ (1. Chiba University (Japan), 2. National Institute of Information and Communications Technology (Japan))
3Dp1/3DSAp1-13	Hologram Calculation of Light-in-Flight Recording by Holography Based on Numerical Simulation Model with FDTD Method *Takashi Kakue¹, Naoki Takada², Keita Tojo¹, Tomoyoshi Shimobaba¹, Tomoyoshi Ito¹ (1. Chiba University (Japan), 2. Kochi University (Japan))
3Dp1/3DSAp1-14	Calculation Reduction Method for Computer-Generated Hologram Using Angular Redundancy and Color Space Conversion *Ryota Furukawa¹, Tomoyoshi Shimobaba¹, Takashi Kakue¹, Tomoyoshi Ito ¹ (1. Chiba University (Japan))
3Dp1/3DSAp1-15	Highly Parallel Special-Purpose Computer for Electroholography on System on a Chip *Yota Yamamoto¹, Nobuyuki Masuda², Hirotaka Nakayama³, Tomoyoshi Shimobaba¹, Takashi Kakue¹, Tomoyoshi Ito¹ (1. Chiba University (Japan), 2. Tokyo University of Science (Japan), 3. National Astronomical Observatory of Japan (Japan))
3Dp1/3DSAp1-16	Multiview Image Correction for Visually Equivalent Light Field 3D Display *Takasuke Nagai¹, Munekazu Date¹, Shinya Shimizu¹, Hideaki Kimata¹ (1. Nippon Telegraph and Telephone Corporation (Japan))
3Dp1/3DSAp1-17	Development of Switchable LF Camera for Capturing 2D/3D Movie *Tae-Hyun Lee¹, Jae-Won Lee¹, Kyung-Il Joo¹, Min-Kyu Park¹, Heewon Park¹, Ki-Chul Kwon², Munkh-Uchral Erdenebat², Young-Tae Lim², Nam Kim², Hak-Rin Kim¹ (1. Kyungpook National University (Korea), 2. Chungbuk National University (Korea))
3Dp1/3DSAp1-18	An Active Barrier Autostereoscopic Display with Less Crosstalk *Ayuki Hayashishita¹, Takuya Matsumoto², Kaoru Kusafuka², Hideki Kakeya¹ (1. The University of Tsukuba (Japan), 2. KYOCERA Corporation (Japan))
3Dp1/3DSAp1-19	Resolution Evaluation of a Simplified Super Multi-View Head-Mounted Display *Takaaki Ueno¹, Yuki Nagahama¹, Yasuhiro Takaki¹ (1. Tokyo University of Agriculture and Technology (Japan))
3Dp1/3DSAp1-20	Comparative Study on Layered Light-Field Displays and Optimization Methods *Keita Maruyama¹, Keita Takahashi¹, Toshiaki Fujii¹, Munekazu Date², Hideaki Kimata² (1. Department of Information and Communication Engineering Graduate School of Engineering, Nagoya University (Japan), 2. NTT Media Intelligence Laboratories, Nippon Telegraph and Telephone Corporation (Japan))
3Dp1/3DSAp1-21	Light Field Acquisition from Focal Stack via a Deep CNN *Yasutaka Inagaki¹, Keita Takahashi¹, Toshiaki Fujii¹ (1. Nagoya University (Japan))
3Dp1/3DSAp1-22	Displaying Live 3-D Video from a Multi-View Camera on a Layered Display *Yusuke Ota¹, Keita Maruyama¹, Ryutaroh Matsumoto¹, Keita Takahashi¹, Toshiaki Fujii¹ (1. Nagoya University (Japan))
3Dp1/3DSAp1-23L	Implemented of Images and Sounds Person Tracking System Using Directional Volumetric Display *Mitsuru Baba¹, Ryuji Hirayama^2,3, Naoto Hoshikawa⁴, Hirotaka Nakayama⁵, Tomoyoshi Shimobaba¹, Tomoyoshi Ito¹, Atsushi Shiraki¹ (1. Chiba University (Japan), 2. Research Fellow of the Japan Society for the Promotion of Science (Japan), 3. Tokyo University of Science (Japan), 4. National Institute of Technology, Oyama College (Japan), 5. National Astronomical Observatory of Japan (Japan))
3Dp1/3DSAp1-24L	Development of Volumetric Display Capable of Transmitting Information in Different Languages Using Language Identification *Taishin Murase¹, Ryuji Hirayama^2,3, Naoto Hoshikawa⁴, Hitoraka Nakayama⁵, Tomoyoshi Shimobaba¹, Tomoyoshi Ito¹, Atsushi Shiraki¹ (1. Chiba University (Japan), 2. Research Fellow of the Japan Society for the Promotion of Science (Japan), 3. Tokyo University of Science (Japan), 4. National Institute of Technology, Oyama College (Japan), 5. National Astronomical Observatory of Japan (Japan))
3Dp1/3DSAp1-25L	Simulation of Target Observation Area Formed by HOE Screen with Function of Concave Mirror *Hiroshi Hashimoto^1,2, Yasuyuki Ichihashi², Takashi Kakue¹, Koki Wakunami², Hiroshi Amano^1,2, Rintaro Miura^1,2, Tomoyoshi Shimobaba¹, Tomoyoshi Ito¹ (1. Chiba University (Japan), 2. National Institute of Information and Communications Technology (Japan))
3Dp1/3DSAp1-26L	Development of Three-Dimensional Aerial Image Display System by Integral Photography *Yuya Sota¹, Sumio Yano¹ (1. Shimane University (Japan))
3Dp1/3DSAp1-27L	Volumetric 3D System Using Rotating -Comfirmation of Image Distortion and its Compensantion- *Ken Muto¹ (1. Japan /Tokai /Electrical and Electronic Engineering (Japan))
3Dp1/3DSAp1-28L	Improved Fabrication Process of Holographic Waveguide Combiner in a Head Mounted Display System *Hung-Pin Chen¹, Wen-Kai Lin², Shao-Kui Zhou², Wei-Chia Su¹ (1. National Changhua University of Education (Taiwan), 2. National Chiao Tung University (Taiwan))
3Dp1/3DSAp1-29L	Light Field Camera with Pan-tilt Function *Yuta Yamaguchi^1,2, Yasuhiro Takaki¹ (1. Tokyo University of Agriculture and Technology (Japan), 2. Research Fellow of Japan Society for the Promotion of Science (Japan))
3Dp1/3DSAp1-30L	The Application of a New Type of Depth Camera to Teach Gymnastics *Tsanming Ou¹, Tomoki Miyamoto¹, Yuki Kurosawa¹, Takahide Otomo¹, Yuko Hoshino¹, Mitsuho Yamada¹ (1. Tokai University (Japan))

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 Lin^1,2, Shao-Kui Zhou^1,2, 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))
3DSAp2/3Dp2-4	Withdrawn
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 Yasugi^1,2, Hirotsugu Yamamoto^1,2 (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 Yamamoto^1,3 (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 Yasugi^1,2, Hirotsugu Yamamoto^1,2 (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 Isomae^1,2, Takahiro Ishinabe¹, Yosei Shibata¹, Hideo Fujikake¹ (1. Tohoku University (Japan), 2. Research Fellow of Japan Society for the Promotion of Science (Japan))

VHFp5/3DSAp3-1	Fundamental Head Movement and Gaze Analysis on the Influence of Surround Sound on People *Yasuyoshi Kobayashi¹, Shinya Mochiduki¹, Mitsuho Yamada¹ (1. Tokai University (Japan))
VHFp5/3DSAp3-2	Simple Stereoscopic Image System Based on Fresnel Plate Chung-Jen Ou², *Shang-Ru Yang¹, Wei-Chia Su¹ (1. National Changhua University of Education (Taiwan), 2. Hsiuping University of Science and Technology (Taiwan))
VHFp5/3DSAp3-3L	Development of One-Dimensional Integral Photography *Akira Hasegawa¹, Sumio Yano¹ (1. Shimane University (Japan))