Dec. 19 (Wed.)
19P01 Tomoyoshi Inoue,
Kyoto Institute of Technology
Simultaneous recording of multiple and magnified motion pictures of polarized lightpropagation in three-dimensional medium by digital light-in-flight recording by holography
19P02 Kohei Arao,
Kyoto Institute of Technology
Single-shot recording of both front and rear surfaces of an object
using digital holography by introducing two object waves to a single camera
19P03 Atsushi Matsunaka,
Kyoto Institute of Technology
Simultaneous recording of motion pictures of polarized light beamof an ultrashort light before and after reflection by glass
19P04 Kazuki Shimizu,
Kyoto Institute of Technology
Imaging of sound emitted from a speaker by a digital holographic microscope
19P05 Dongyeon Kim,Seoul National University
Optimization of curved mirror structure in seamless tiled display
with flexible panels via light field projection
19P06 Jinya Inoue,
Osaka University
Nanoscale Optical Logic Circuits Based on FRET switches
19P07 Chi-Young Hwang,
ETRI
Rewritable Computer-generated Holograms Based on Phase-change Materials
19P08 Daerak Heo,
Kyungpook National University
Analysis of integrated-viewing zone in the 3D display with spherical symmetry
19P09 Sunggyun Ahn,
Kyungpook National University
Full-color miniaturized holographic projector using RGB laser diodes
19P10 Minwoo Jung,
Kyungpook National University
Pixel-matched pickup for multi-view display with side mirrors
19P11 Kenichi Nisaka,
Wakayaka University
Single-shot Fourier Phase Microscopy Using Designed Phase Mask
19P12 Yutaro Shibata,
Kitami Institute of Technology
Control of light intensity using polarization color
19P13 Munkh-Uchral Erdenebat,
Chungbuk National University
2D/3D Convertible AR System Based on Holographic Waveguide
Using Liquid-Crystalline Polymer Micro Lens Array with Electrical Switching Polarized19P14 Naru Yoneda,
Wakayaka University
Single Shot Higher Order Transport-of-Intensity Phase Imaging
Using a Computer-Generated Hologram
19P15 Yan-Ling Piao,
Chungbuk National University
Chromatic dispersion-corrected OPI-based full-color holographic display
using directional-view image scaling method
19P16 Hibiki Kubo,
Hokkaido University
Evaluation for fatigue of holographic HMD
19P17 Leehwang Hwang,
KETI
A design and printing of a digitally designed holographic optical element
by using holographic wavefront printer
19P18 Jonghyun Lee,
Korea University
Design of hexa-petal antenna for complex light modulation
19P19 Seungjae Lee,Seoul National University
Representation of Occlusion Boundaries for Tomographic Displays
19P20 Myeong-Ho Choi,
Inha University
Implementation of optical see-through Maxwellian near-to-eye display prototype
using three-dimensional printing
19P21 Kengo Fujii,
Utsunomiya University
Video Calling System Matching the Viewpoint with See-through AIRR
19P22 Sho Sakurai,
Kitami Institute of Technology
QR Code using Polarization Visual Cryptography

19P23 Kwangsoo Kim,
Kyungpook National University
Occlusion-capable head-mounted display using digital micro-mirror device
19P24 Hee-Dong Jeong,
Kyungpook National UniversityTunable Plasmonic absorber Using Ge2Sb2Te5-inserted multilayer
19P25 Seong-Won Moon,
Kyungpook National University
Invariant plasmonic vortex generation for arbitrary polarized incident lightwith distributed nano-aperture
19P26 Yeon Gyeong Ju,
Inha University
Foveated rendering applied to Mesh based CGH for Fast update in NEDs
19P27 Yu Zhao,
Chungbuk National University
Multiple-camera holographic systemusing relocated point cloud gridding method of real existing objects
19P28 Mehdi Askari,
Inha University
Pre-compensation for holographic image blur causedby extended linewidth light source19P29 JongHa Park,
Korea University
Acceleration Algorithm of FFT Computation
for Layer-based Computer Generated Hologram using Field Localization
19P30 Takamasa Nakamura,
Hokkaido University
Fast Calculation Algorithm for Computer-Generated Hologram
Using Point-to-Point Difference Method with Lens Enlarge Optical System
19P31 Dae-Youl Park,
Inha University
Holographic Display using Volume Holographic Recording Medium
19P32 Kim Duk Hyun,
Hokkaido University
Study on Lossless Compression Using Directional Characteristics
According to Scan Directions on Fresnel Fields of Hologram
19P33 KiHong Choi,
Kyung Hee University
Compact incoherent digital holographic video camera
19P34 Hogil Baek,
Kyung Hee University
Depth-fused display using birefringence optics for AR system
19P35 Youssef Moataz,Utsunomiya University
Volumetric graphics rendered by femtosecond-laser induced plasma in mist
19P36 Jeho Nam,
Electronics and Telecommunications Research Institute
OPENHOLO Display Framework: Open Source Library and Testbed