〇(PC)MASAKI YASUGI^1,4、 Kazuki Shimose¹、 Kengo Fujii¹、 Shusei Ito¹、 Kazuki Kawai¹、 Masao Nakajima²、 Toru Iwane²、 Yukihiro Takeda³、 Hirotsugu Yamamoto^1,4 (1.Utsunomiya Univ、2.Nikon Corporation、3.Nippon Carbide Industries、4.JST, ACCEL)

11:45 〜 12:00

▲ [19a-221B-9] Computational Imaging from Focal Stack Based on Feature Density Measure

〇Chang Liu¹、 Jun Qiu¹ (1.Inst. of Applied Mathematics, Beijing Information Science and Technology Univ.)

一般セッション(口頭講演)

[19p-221B-1~10] 【CS.2】 3.3 情報フォトニクス・画像工学, 4.4 Information Photonicsのコードシェアセッション

2018年9月19日(水) 13:15 〜 16:30 221B (221-2)

池田佳奈美(大阪府立大)、最田裕介(和歌山大)

△：奨励賞エントリー
▲：英語発表
▼：奨励賞エントリーかつ英語発表
空欄：どちらもなし

+全てマイスケジュールに登録

13:15 〜 13:45

▲ [19p-221B-1] [INVITED] Role of sparsity in optical phase imaging

〇Kedar Khare¹ (1.Indian Institute of Technology Delhi, New Delhi, India)

13:45 〜 14:00

▲ [19p-221B-2] Analysis of a passive component signal by means of optical coherence tomography system

〇(P)Francisco Joel Cervantes¹、 Shunya Masaki¹、 Yuki Shimamoto¹、 Yoshio Hayasaki¹ (1.UtsunomiyaUniv CORE)

14:00 〜 14:15

▲ [19p-221B-3] Three-dimensional shift multiplexed recording in coaxial holographic data storage with virtual varifocal lens

〇Yusuke Saita¹、 Masahiro Karaike¹、 Takanori Nomura¹ (1.Wakayama Univ.)

14:15 〜 14:30

▲ [19p-221B-4] Under-sampled Frequency Shift On-Off Keying for Low-SNR Optical Links

〇(D)Muhammad Asim Atta¹、 Amine Bermak^1,2 (1.HKUST, Hong Kong、2.HBKU, Qatar)

14:30 〜 14:45

▲ [19p-221B-5] Phase imaging with a coded aperture and super-resolved reconstruction

〇Ryoichi Horisaki^1,2、 Kyoji Matsushima³、 Jun Tanida¹ (1.Osaka University、2.JST, PRESTO、3.Kansai University)

15:00 〜 15:30

▲ [19p-221B-6] [INVITED] Augmenting Visual Cognitive Interactions:
from Wearable First-person View to Ubiquitous Third-person Multi-views

〇Kenji Mase¹ (1.Nagoya Univ.)

15:30 〜 15:45

▲ [19p-221B-7] SIFT-based finger vein verification using multiple video frame

〇Hiroyuki Suzuki¹、 Hiroki Hayashi¹、 Takashi Obi¹、 Nagaaki Ohyama¹、 Takashi Komuro² (1.Tokyo Institute of Technology、2.Saitama University)

15:45 〜 16:00

▲ [19p-221B-8] See-Through Aerial Display with AIRR by Using Retro-Reflector as a Speaker

〇Kengo Fujii¹、 Ryota Kakinuma¹、 Shusei Ito¹、 Masaki Yasugi^1,2、 Hirotsugu Yamamoto^1,2 (1.Utsunomiya Univ.、2.JST, ACCEL)

16:00 〜 16:15

▲ [19p-221B-9] Circular 3D Feature Descriptor for RGB-D Images

〇Jun Qiu¹、 Lina Wu¹、 Chang Liu¹ (1.Insti. of Applied Mathematics, Beijing Information Science and Technology Univ.)

16:15 〜 16:30

▲ [19p-221B-10] Optical Correlator based Image Classifier

〇KANAMI IKEDA¹、 ERIKO WATANABE² (1.Osaka Prefecture Univ.、2.Univ. of Electro-Communications)

一般セッション(ポスター講演)

[20a-PB10-1~3] 【CS.2】 3.3 情報フォトニクス・画像工学, 4.4 Information Photonicsのコードシェアセッション

2018年9月20日(木) 09:30 〜 11:30 PB (白鳥ホール)

△：奨励賞エントリー
▲：英語発表
▼：奨励賞エントリーかつ英語発表
空欄：どちらもなし

+全てマイスケジュールに登録

09:30 〜 11:30

▲ [20a-PB10-1] Analysis of Optical System Combined with Expander and Output Grating for Improving Field of View of Augmented Reality Device

〇(M2)JungBeom Choi¹、 JongHa Park¹、 SooBin Kim¹、 Hwi Kim¹ (1.Korea Univ)

09:30 〜 11:30

▲ [20a-PB10-2] Multispectral Digital Holography

〇(D)Martin Hernandez Romo^1,2、 Yoshio Hayasaki² (1.UPT、2.Utsunomiya Univ CORE)

09:30 〜 11:30

▲ [20a-PB10-3] Depth-map Computer Generated Holograms Algorithm for Reducing Fast Fourier Transform Computation Steps using Localization Method

〇(M2)Jongha Park¹、 Sungjae Park¹、 Jonghyun Lee¹、 Hwi Kim¹ (1.Korea Univ.)

セッション一覧

コードシェアセッション » 【CS.2】 3.3 情報フォトニクス・画像工学, 4.4 Information Photonicsのコードシェアセッション

[19a-221B-1~9] 【CS.2】 3.3 情報フォトニクス・画像工学, 4.4 Information Photonicsのコードシェアセッション

▲ [19a-221B-1] Augmented reality system using holographic mirror and concave half-mirror

▲ [19a-221B-2] Design of Diffractive Optical Elements based on Iterative Fourier Transform Algorithm to reduce DC and Conjugation noise

▲ [19a-221B-3] Protruding Aerial DFD Display in Combination of a Flat-Panel Display and AIRR

▲ [19a-221B-4] An Estimation Method for Alignment of Non-parallel Plates based on Wave Optics

▲ [19a-221B-5] [INVITED] Computational Acquisition and Display Technologies for Light Fields

▲ [19a-221B-6] Parallax Barrier 3D Display Full Panel Simulator based on Wave Optics

▲ [19a-221B-7] Omnidirectional Display by Use of a Projector

▲ [19a-221B-8] Multi-layered aerial images formed by AIRR and a light-field display

▲ [19a-221B-9] Computational Imaging from Focal Stack Based on Feature Density Measure

[19p-221B-1~10] 【CS.2】 3.3 情報フォトニクス・画像工学, 4.4 Information Photonicsのコードシェアセッション

▲ [19p-221B-1] [INVITED] Role of sparsity in optical phase imaging

▲ [19p-221B-2] Analysis of a passive component signal by means of optical coherence tomography system

▲ [19p-221B-3] Three-dimensional shift multiplexed recording in coaxial holographic data storage with virtual varifocal lens

▲ [19p-221B-4] Under-sampled Frequency Shift On-Off Keying for Low-SNR Optical Links

▲ [19p-221B-5] Phase imaging with a coded aperture and super-resolved reconstruction

▲ [19p-221B-6] [INVITED] Augmenting Visual Cognitive Interactions:
from Wearable First-person View to Ubiquitous Third-person Multi-views

▲ [19p-221B-7] SIFT-based finger vein verification using multiple video frame

▲ [19p-221B-8] See-Through Aerial Display with AIRR by Using Retro-Reflector as a Speaker

▲ [19p-221B-9] Circular 3D Feature Descriptor for RGB-D Images

▲ [19p-221B-10] Optical Correlator based Image Classifier

[20a-PB10-1~3] 【CS.2】 3.3 情報フォトニクス・画像工学, 4.4 Information Photonicsのコードシェアセッション

▲ [20a-PB10-1] Analysis of Optical System Combined with Expander and Output Grating for Improving Field of View of Augmented Reality Device

▲ [20a-PB10-2] Multispectral Digital Holography

▲ [20a-PB10-3] Depth-map Computer Generated Holograms Algorithm for Reducing Fast Fourier Transform Computation Steps using Localization Method

認証

セッション一覧

コードシェアセッション » 【CS.2】 3.3 情報フォトニクス・画像工学, 4.4 Information Photonicsのコードシェアセッション

[19a-221B-1~9] 【CS.2】 3.3 情報フォトニクス・画像工学, 4.4 Information Photonicsのコードシェアセッション

▲ [19a-221B-1] Augmented reality system using holographic mirror and concave half-mirror

▲ [19a-221B-2] Design of Diffractive Optical Elements based on Iterative Fourier Transform Algorithm to reduce DC and Conjugation noise

▲ [19a-221B-3] Protruding Aerial DFD Display in Combination of a Flat-Panel Display and AIRR

▲ [19a-221B-4] An Estimation Method for Alignment of Non-parallel Plates based on Wave Optics

▲ [19a-221B-5] [INVITED] Computational Acquisition and Display Technologies for Light Fields

▲ [19a-221B-6] Parallax Barrier 3D Display Full Panel Simulator based on Wave Optics

▲ [19a-221B-7] Omnidirectional Display by Use of a Projector

▲ [19a-221B-8] Multi-layered aerial images formed by AIRR and a light-field display

▲ [19a-221B-9] Computational Imaging from Focal Stack Based on Feature Density Measure

[19p-221B-1~10] 【CS.2】 3.3 情報フォトニクス・画像工学, 4.4 Information Photonicsのコードシェアセッション

▲ [19p-221B-1] [INVITED] Role of sparsity in optical phase imaging

▲ [19p-221B-2] Analysis of a passive component signal by means of optical coherence tomography system

▲ [19p-221B-3] Three-dimensional shift multiplexed recording in coaxial holographic data storage with virtual varifocal lens

▲ [19p-221B-4] Under-sampled Frequency Shift On-Off Keying for Low-SNR Optical Links

▲ [19p-221B-5] Phase imaging with a coded aperture and super-resolved reconstruction

▲ [19p-221B-6] [INVITED] Augmenting Visual Cognitive Interactions:from Wearable First-person View to Ubiquitous Third-person Multi-views

▲ [19p-221B-7] SIFT-based finger vein verification using multiple video frame

▲ [19p-221B-8] See-Through Aerial Display with AIRR by Using Retro-Reflector as a Speaker

▲ [19p-221B-9] Circular 3D Feature Descriptor for RGB-D Images

▲ [19p-221B-10] Optical Correlator based Image Classifier

[20a-PB10-1~3] 【CS.2】 3.3 情報フォトニクス・画像工学, 4.4 Information Photonicsのコードシェアセッション

▲ [20a-PB10-1] Analysis of Optical System Combined with Expander and Output Grating for Improving Field of View of Augmented Reality Device

▲ [20a-PB10-2] Multispectral Digital Holography

▲ [20a-PB10-3] Depth-map Computer Generated Holograms Algorithm for Reducing Fast Fourier Transform Computation Steps using Localization Method

認証

▲ [19p-221B-6] [INVITED] Augmenting Visual Cognitive Interactions:
from Wearable First-person View to Ubiquitous Third-person Multi-views