Session Details
[3DSAp1/3Dp1]3D/VR/AR Technologies (1)
Thu. Dec 3, 2026 1:40 PM - 3:10 PM JST
Thu. Dec 3, 2026 4:40 AM - 6:10 AM UTC
Thu. Dec 3, 2026 4:40 AM - 6:10 AM UTC
Exhibition and Event Hall (Poster-1)(1st Floor)
[1]Compensation of Missing Parts Using a Mirror in Aerial Image Enlargement by Multiple Micro Mirror Array Plates
*Daiki Shirakazu1, Daisuke Miyazaki1 (1. Osaka Metropolitan University (Japan))
[2]Viewpoint-Tracking Three-Dimensional Aerial Display using Lenticular Sheet and Dihedral Corner Reflector Array
*Masahiro Miyoshi1, Daisuke Miyazaki1 (1. Osaka Metropolitan University (Japan))
[3]Multi-Projection Three-Dimensional Aerial Display using a Dihedral Corner Reflector Array, Overlaid Lenticular Sheets
*Tomohiro Shimada1, Daisuke Miyazaki1 (1. Osaka Metropolitan University (Japan))
[4]Computer Reproduction of Volumetric Graphics Drawn by Ultrashort Laser Pulses in Xenon Gas
*Kohei Matsumoto1, Yuki Murata1, Kota Kumagai1, Yoshio Hayasaki1 (1. Utsunomiya University (Japan))
[5]Analysis of the Effect of Angular Parameters on Received Flux in Conventional and Louver-Type DCRA Aerial Display Structures
*Hao Huang1, Cheng-En Hu1, Hsiang Tai1, Yung-Chieh Chang1, Chih-Hao Chuang1 (1. Feng Chia University (Taiwan))
[6]LeVITable: Aerial Display of 3D Objects with Photometric Consistency Under Dynamic Illumination
*Yasunori Akashi1, Daisuke Kuramoto1, Changyo Han1, Takeshi Naemura1 (1. The University of Tokyo (Japan))
[7]Methods to Increase the Number of Voxels in Volumetric Displays with Holographic Femtosecond Laser Addresses
*Yuki Murata1, Yoshio Hayasaki1 (1. Utsunomiya University (Japan))
[8]Luminance Uniformity Optimization of a Holographic Optical Element Screen for Ready-Made Projectors
*Ying-Pin Tsai1,2, Kenji Yamamoto2, Wen-Kai Lin3, Wei-Chia Su1 (1. National Changhua University of Education (Taiwan), 2. Tokushima University (Japan), 3. Feng Chia University (Taiwan))
[9]Magnified Aerial Imaging Using an Orthogonal Concave Toric Lens Array Integrated with a Dihedral Corner Reflector Array
Cheng You Chang1, *Shi Hwa Huang1, Tzu An Chou2, Chien Yu Chen1 (1. National Taiwan University Of Science And Technology (Taiwan), 2. Asia Eastern University of Science and Technology (Taiwan))
[10]Optical-Distance-Compensated Aquatic Display Based on Lens-Enhanced Aerial Imaging by Retro-Reflection
*Aoba Makishima1, Kazuaki Takiyama1, Takehide Ikeda1, Shiro Suyama1, Hirotsugu Yamamoto1 (1. Utsunomiya University (Japan))
[11]Improving Recognition Accuracy through Depth Calibration of Aerial Images and Assistance Using a Cursor
*Rio Kumakura1, Ryota Yamada1, Shiro Suyama1, Hirotsugu Yamamoto1 (1. Utsunomiya University (Japan))
[12]Implementation of a Real-Time Light Field Rendering Pipeline Using RGBAvatar-Based 3D Gaussian Facial Avatars
*Dae-Youl Park1, Jinsu Lee1 (1. Electronics and Telecommunications Research Institute (Korea))
[13]Analysis of the Relationship Between Imaging Conditions and Depth Distortion in Integral Photography
*Hibiya Tsutsumi1, Takumi Uemura2, Sumio Yano3, Shuichi Ojima2 (1. Graduate School of Sojo University (Japan), 2. Sojo University (Japan), 3. Shimane University (Japan))
[14]Effects of Virtual Auditory Display Reproduction Methods on Sound Elevation Localization Accuracy in VR Environments
*Takuya Fukaya1, Takuma Okada1, Masahiro Yamataka1 (1. Aichi University of Technology (Japan))
[15]Realistic 3D Hair Model Reconstruction with Feature Extraction and Density-Adaptive Volume Enhancement
Hiromi Sugita1, *Hideaki Kimata1 (1. Kogakuin University (Japan))
[16]A Comparative Study on the Physiological and Visual Effects of Traditional Filtering Versus Color-Optimized Low Blue Light Modes
*Ming-Ting Hsieh1, Tz-Jie Huang1, Chih-Hao Chuang1 (1. Feng Chia University (Taiwan))
[17]Panoramic POV Display with Optically Distant Virtual Image for Immersive Glasses-Free VR Experience
*Yusuke Goto1, Ryotaro Umemoto2,1, Kengo Fujii2, Tomohiro Yendo1 (1. Tokyo City University (Japan), 2. Nagaoka University of Technology (Japan))
[18]Size Perception in an Immersive Projection Technology System with Matched Vergence and Accommodation Distances
*Yuichi Tamura1, Nobuaki Ohno2 (1. Konan University (Japan), 2. University of Hyogo (Japan))
[19]Using Wedge-Shaped Light Guide to Fabricate Augmented Reality Display
*Shi-Hwa Huang1, Ai Weng1, Chien-Yu Chen1 (1. National Taiwan University of Science and Technology (Taiwan))