[3Dp1] 3D/Hyper-realistic Displays and Applications | The 32nd International Display Workshops (IDW '25)

Session Details

Poster PresentationWorkshop on 3D/Hyper-Realistic Displays and Systems (3D) : [3Dp1] 3D/Hyper-realistic Displays and Applications

[3Dp1]3D/Hyper-realistic Displays and Applications

Thu. Dec 4, 2025 11:10 AM - 12:30 PM JST
Thu. Dec 4, 2025 2:10 AM - 3:30 AM UTC

Conf. Management Room (Poster-3)

[3Dp1-01]Comparison of Modulation Methods for Generating Complex Holograms from Amplitude Holograms Using Optimization Calculations

*Shun Nishijima¹, Kosuke Mori¹, Kazuma Mori¹, Fan Wang¹, Tomoyoshi Ito¹, Tomoyoshi Shimobaba¹ (1. Chiba University (Japan))

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[3Dp1-02]Fast Single-Step Fresnel Diffraction with Minimized Size Change on GPU

*Kazuma Mori¹, Fan Wang¹, Tomoyoshi Ito¹, Tomoyoshi Shimobaba¹ (1. Chiba University (Japan))

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[3Dp1-03]Angular-Multiplexing-Based Multi-Image Encryption for Holographic Display

*Chih-Hao Chuang¹, Yi-San Liu¹, Hong-Yi Chien¹, Nehemiah Chuan-Feng Kuo², Hsuan-Ting Chang³ (1. Feng Chia University (Taiwan), 2. National Taiwan University (Taiwan), 3. National Yunlin University of Science and Technology (Taiwan))

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[3Dp1-04]Angular Filter for Computer-Generated Hologram Based on Volume Holographic Grating

*Chun Kuan Lee¹, Shao Kui Zhou¹, Wen Kai Lin², Wei Chia Su¹ (1. National Changhua University of Education (Taiwan), 2. Feng Chia University (Taiwan))

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[3Dp1-05]Full-Color Holographic Waveguide Display with Hybrid Multiplex Recording

*Lin Xin Ru¹, Lin Wen Kai², Zhou Shao Kui¹, Su Wei Chia¹, Sun Ching Cherng³ (1. National Changhua University of Education (Taiwan), 2. Feng Chia University (Taiwan), 3. National Central University (Taiwan))

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[3Dp1-06]Virtual Viewpoint Reconstruction Utilizing Monocular Images with Complex Backgrounds

*Yiming Zhao¹, Jian Zhao^2,1 (1. Nanjing Institute of Technology (China), 2. Southeast University (China))

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[3Dp1-07]Study on the Parallelization of the FFT Module for the Holographic Special-Purpose Computer Using Orthographic Ray-Wavefront Conversion

*Itsuki Karube^1,2, Yasuyuki Ichihashi^1,2, Fan Wang¹, Tomoyoshi Shimobaba¹, Tomoyoshi Ito¹ (1. Chiba University (Japan), 2. National Institute of Information and Communications Technology (Japan))

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[3Dp1-08]Near-Eye Display with 80-Degree FOV Based on Multilayer Volume Holographic Lightguide

*Yi-Chen Liu¹, Ying-Pin Tsai¹, Wen-Kai Lin², Shao-Kui Zhou¹, Wei-Chia Su¹ (1. National Changhua University of Education (Taiwan), 2. Feng Chia University (Taiwan))

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[3Dp1-09]Angular-Multiplexed Master FOV Hologram Based on Multilayer Holographic Films

*Yun-Ting Lo¹, Ying-Pin Tsai¹, Wen-Kai Lin², Shao-Kui Zhou¹, Wei-Chia Su¹ (1. National Changhua University of Education (Taiwan), 2. Feng Chia University (Taiwan))

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[3Dp1-10]Viewing Zone Design Independent of Rotational Misalignment Between Parallax Barrier and Display

*Taemyong Shin¹, Kyosuke Yanagida¹, Takafumi Koike^1,3, Ken Mashitani, Goro Hamagishi^2,3, Hideya Takahashi^2,3 (1. Hosei University (Japan), 2. Osaka Metropolitan University (Japan), 3. RealImage Inc (Japan))

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[3Dp1-11L]Concave Ellipsoidal Mirror toward 360° Horizontal Viewing Angle in Holographic 3D Display

*Yusuke Sando¹, Yutaro Goto¹, Daisuke Barada², Toyohiko Yatagai² (1. Osaka Research Institute of Industrial Science and Technology (Japan), 2. Utsunomiya University (Japan))

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[3Dp1-12L]Image Quality Enhancement for Directional Volumetric Display Using Wasserstein GAN with Gradient Penalty

*Mitsuru Baba¹, Shino Shiraki², Tomoyoshi Shimobaba¹, Tomoyoshi Ito¹, Atushi Shiraki¹ (1. Chiba University (Japan), 2. Tokyo Metropolitan University (Japan))

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[3Dp1-13L]Analyses of in Line Grating Period in a Waveguide Display System with 2D Exit Pupil Expansion

*Chan Tsung Han¹ (1. National Changhua University of Education (Taiwan))

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[3Dp1-14L]Withdrawn

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[3Dp1-15L]Wide-FOV, High-Resolution Self-Interference Holographic Microscope Using Geometric-Phase Holographic Lens for Optical Characterization of a Metalenses

*kidong Lim¹, Tae-Hyun Lee^1,2, Jiyeon Kim^1,3, Jung Hun Choo¹, Dongkil Lee¹, Kyung-Il Joo¹, Min-Kyu Park¹, Hak-Rin Kim², Sungjin Lim¹ (1. Korea Photonics Technology Institute (Korea), 2. Kyungpook National University (Korea), 3. Jeonbuk National University (Korea))

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[3Dp1-16L]Geometric-Phase Meta-Wavefront Printing System for Fabrication of Freeform Optical Element with Large Aperture

*Sungjin Lim¹, Tae-Hyun Lee^1,2, Jiyeon Kim^1,3, Kidong Lim¹, Jung Hun Choo¹, Dongkil Lee¹, Min-Kyu Park¹, Kyung-Il Joo¹, Hak-Rin Kim² (1. Korea Photonics Technology Institute (Korea), 2. Kyungpook National University (Korea), 3. Jeonbuk National University (Korea))

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[3Dp1-17L]Proposal for Two-layer Aerial Image Display

*Takehiro Kaneko¹, Yasuhiro Takaki¹ (1. Tokyo University of Agriculture and Technology (Japan))

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[3Dp1-18L]Accelerating GPU Computation of Phase-Type Computer-Generated Hologram Using SYCL Code Migrated from CUDA

*Takumi Ito¹, Hashizo Hamada¹, Boaz Jessie Jackin¹, Harutaka Shiomi¹, Naoki Takada¹ (1. Kochi University (Japan))

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[3Dp1-19L]Simulation Technologies for Phase Modulation Characteristics and Reconstructed Image Quality in High-Resolution LC Spatial Light Modulators for Electronic Holography 3D Display

*Hikaru Ishikawa¹, Masakazu Nakatani¹, Hideo Fujikake¹ (1. Tohoku University (Japan))

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[3Dp1-20L]Rotation Perception by Changing Observation Position for a Face-Like Image with Inverted Concave Depth in Underwater Arc 3D Display

*Kensuke Tamano¹, Shiro Suyama¹, Hirotsugu Yamamoto¹ (1. Utsunomiya University (Japan))

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[3Dp1-21L]A Preliminary Study on Preserving Text Shapes in Diffusion Based Stereoscopic Video Generation from Monocular Images

*Kyosuke Yanagida¹, Takafumi Koike^1,2 (1. Hosei University (Japan), 2. RealImage Inc. (Japan))

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