KAKEYA Hideki
- Articles
- A head-up display with time-division multiplexing parallax barrier with magnified virtual image generation
Kakeya Hideki; Hayashishita、Ayuki; Matsumoto Takuya; Kusaf...
SID Digest of Technical Papers/pp.1396-1399, 2019-05 - Time-multiplexing parallax barrier with fractional time-division
Kakeya Hideki; Watanabe Yuta; Hayashishita Ayuki
SID Digest of Technical Papers/pp.1561-1564, 2019-05 - A 4K autostereoscopic display based on time-division multiplexing parallax barrier
Kakeya Hideki
Proc. IMID, 2019-08 - An autostereoscopic display with time-multiplexed directional backlight using a decentered lens array
Kakeya Hideki; Borjigin Garimagai
Proc. Digital Holography and 3D Imaging 2019, 2019-6 - An active barrier autostereoscopic display with less crosstalk
Kakeya Hideki; Hayashishita Ayuki; Matsumoto Takuya; Kusa...
Proc. IDW ’19/pp.1066-1069, 2019-11 - Accommodation response to a super-multiview display based on time-division multiplexing parallax barrier
Kakeya Hideki; Watanabe Yuta
Proc. IDW ’19/pp.87-90, 2019-11 - An autostereoscopic display with time-multiplexed directional backlight using a curved lens array
Kakeya Hideki; Borjigin Garimagai
Proc. IDW ’19/pp.91-94, 2019-11 - An adaptive time-division multiplexing parallax barrier allowing multiple observers
Kakeya Hideki; Yang Bin
Proc. IDW ’19/pp.72-74, 2019-11 - Automatic Kidney Segmentation in CT images Based on Histogram Equalization and Multiscale Neural Network
Chou Weizhong; Ishiguro Toshitaka; Mori Kensaku; Kojo Ko...
Journal of Japan Society of Computer Aided Surgery/21(4)/pp.271-272, 2019-11 - Time-Division Multiplexing Parallax Barrier with Sub-Subpixel Phase Shift
Kakeya Hideki; Ayuki Hayashishita
SID Digest of Technical Papers/pp.1515-1518, 2018-05 - A Full-HD Super-Multiview Display with Time-Division Multiplexing Parallax Barrier
Kakeya Hideki
SID Digest of Technical Papers/pp.259-262, 2018-05 - Evaluation on the Readability of Autostereoscopic Head-Up Displays
Kakeya Hideki; Yan Dong
Proc. 3DSA, 2018-08 - 3D U-JAPA-Net: Mixture of Convolutional Networks for Abdominal Multi-Organ CT Segmentation
Kakeya Hideki; Toshiyuki Okada; Oshiro Yukio
Proc. MICCAI 2018/pp.426-433, 2018-9 - Realization of Deep Viewing Zone with Adaptive Time-Division Multiplexing Parallax Barrier
Kakeya Hideki; Ayuki Hayashishita
Proc. IDW’18/pp.785-788, 2018-12 - Time-Division Multiplexing Parallax Barrier System for Interactive 3D Visualization
Kakeya Hideki
Proc. IDW’18/pp.781-784, 2018-12 - Autostereoscopic Display Based on Time-Multiplexed Parallax Barrier with Adaptive Time-Division
Kakeya Hideki
Journal of the Society for Information Display, 2018-07 - Analysis on the Short-Term Members of Parliament and Cabinet Ministers Based on the Diet Record of Japan
掛谷 英紀; 大南 勝
Journal of Japan Society for Fuzzy Theory and Intelligent Informatics/31(2)/pp.617-625, 2019 - Autostereoscopic display based on time-multiplexed parallax barrier with adaptive time-division
Kakeya Hideki; Hayashishita Ayuki; Ominami Masaru
JOURNAL OF THE SOCIETY FOR INFORMATION DISPLAY/26(10)/pp.595-601, 2018-10 - Wide-Field-of-View Image Pickup System for Multiview Volumetric 3D Displays Using Multiple RGB-D Cameras
楊 斌; 羅 原; 掛谷 英紀
PROCEEDINGS OF THE ITE WINTER ANNUAL CONVENTION/2015(0), 2015 - Quadruple time - division multiplexing a utostereoscopic display using slanted parallax barrier with subpixel structure
岡田 健; 掛谷 英紀
PROCEEDINGS OF THE ITE WINTER ANNUAL CONVENTION/2015(0), 2015 - Autostereoscopic Display Using a Directional Backlight Composed of Polarization Filters and Lenses
大島 司; 掛谷 英紀
PROCEEDINGS OF THE ITE WINTER ANNUAL CONVENTION/2015(0), 2015 - A display system that shows aerial 3D display with motion control of image depth
小出 海人; 掛谷 英紀
PROCEEDINGS OF THE ITE WINTER ANNUAL CONVENTION/2015(0), 2015 - An Aerial Autostereoscopic Display Using Time-Division Multiplexing Parallax Barrier
掛谷 英紀; Hayato Takahashi
SID Digest of Technical Paper/48/pp.410-413, 2017-05 - How to Hand-Make a High Quality Full-HD Autostereoscopic Display
掛谷 英紀
Proc. IMID, 2017-08 - Autostereoscopic Display Based on Time-Multiplexed Parallax Barrier with Adaptive Time-Division
掛谷 英紀
Proc. IDW/pp.853-856, 2017-12 - more...
- A head-up display with time-division multiplexing parallax barrier with magnified virtual image generation