KAKEYA Hideki

Researcher's full information

Articles

• Autostereoscopic Display for Two Viewers Providing Images Specific to Each Viewpoint
  Borjigin Garimagai; Kakeya Hideki
  SID Symposium Digest of Technical Papers/53/pp.1286-1289, 2022-6
• Super-Multiview Tabletop Display with Two-Dimensional Parallax Based on Time Division Multiplexing Parallax Barrier
  Takeuchi Genki; Kakeya Hideki
  Proceedings of the International Display Workshops/pp.606-609, 2022-12
• Realization of Smooth Motion Parallax by Coarse Integral Imaging with Interleaved Elemental Fresnel Lenses
  Kakeya Hideki; Borjigin Garimagai
  Proceedings of the International Display Workshops/pp.529-532, 2022-12
• Reduction of Crosstalk in Time-Division Multiplexing Parallax Barrier with Low Power Consumption
  Mitomi Hayato; Kakeya Hideki
  ITE TRANSACTIONS ON MEDIA TECHNOLOGY AND APPLICATIONS/11(2)/pp.56-60, 2023-04
• Autostereoscopic Display Based on Time-Division Multiplexing Parallax Barrier Using a Monochrome LCD Panel
  Yuki Taoka; Kakeya Hideki
  ITE TRANSACTIONS ON MEDIA TECHNOLOGY AND APPLICATIONS/11(2)/pp.61-66, 2023-04
• Viewing zone expansion of a dual-viewer autostereoscopic display with inclined interleaved linear Fresnel lens arrays and a time-division quadruplexing directional backlight
  Borjigin Garimagai; Kakeya Hideki
  OPTICS EXPRESS/31(11)/pp.17321-17330, 2023-05-22
• A Probabilistic Approach to Evaluate the Likelihood of Artificial Genetic Modification and Its Application to SARS-CoV-2 Omicron Variant
  Kakeya Hideki; Matsumoto Yoshihisa
  IPSJ Transactions on Bioinformatics/15/pp.22-29, 2022-11
• Endoscopic Surgery Training Using Full HD Glass-less Stereoscopic Displays
  Yang Bin; Kakeya Hideki
  Proc. IDW/pp.602-604, 2021-12
• Perception of Flickers on High Resolution Time-Division Multiplexing Parallax Barrier
  Kakeya Hideki
  Proc. IDW/pp.434-437, 2021-12
• Reduction of Power Consumption for Autostereoscopic Display Based on Time-Division Multiplexing Parallax Barrier
  Mitomi Hayato; Kakeya Hideki
  OPTICS CONTINUUM/1(2)/pp.227-237, 2022-02
• Segmentation of renal tumors in CT images by 3D U-Net preserving rotational symmetry in axial slices
  Tanimoto Ryo; Higuchi Kokoro; Ishiguro Toshitaka; Mori K...
  OPTICS CONTINUUM/1(2)/pp.297-305, 2022-02
• A backlight system using a novel interleaved Fresnel lens array that attains a uniform luminance and two-dimensional directional light control
  Borjigin Garimagai; Kakeya Hideki
  Optics Letters/47(2)/pp.301-304, 2022-01
• Autostereoscopic display for multiviewers positioned at different distances using time-multiplexed layered directional backlight
  Borjigin Garimagai; Kakeya Hideki
  APPLIED OPTICS/60(12)/pp.3353-3357, 2021-04
• A light-field near-to-eye display with time and color multiplexing
  Kakeya Hideki; Watanabe Yuta
  SID Digest of Technical Papers/52/pp.1530-1533, 2021
• A super-multiview display by time division and color multiplexing with achromatic lenses
  Kakeya Hideki; Watanabe Yuta
  Proc. IDW '20/pp.474-477, 2020-12
• An autostereoscopic display with time-multiplexed directional backlight using a novel linear Fresnel lens array
  Kakeya Hideki; Borjigin Garimagai
  Proc. IDW '20/pp.482-485, 2020-12
• Realization of time-division multiplexing parallax barrier using a lenticular lens
  Kakeya Hideki; Mitomi Hayato
  Proc. IDW '20/pp.478-481, 2020-12
• A super-multiview display with horizontal and vertical parallax by time division and color multiplexing
  Kakeya Hideki; Watanabe Yuta
  SID Digest of Technical Papers/51/pp.1017-1020, 2020-08
• An autostereoscopic display with a deep viewing zone using time-multiplexed directional backlight
  Borjigin Garimagai; Kakeya Hideki
  SID Digest of Technical Papers/51/pp.1615-1618, 2020-09
• Increase of contrast in 3D HUD using an active parallax barrier
  Kakeya Hideki
  SID Digest of Technical Papers/51(1)/pp.33-36, 2020-09
• Application of a high resolution autostereoscopic display for medical purposes
  Kakeya Hideki; Higuchi Kokoro; Hayashishita Ayuki
  Proc. IS&T Electronic Imaging 2020, 2020
• Autostereoscopy for two observers by adaptive fractional time-division multiplexing parallax barrier
  Yang Bin; Kakeya Hideki
  ITE Trans. on MTA/9(2)/pp.136-142, 2021
• Time-division and color multiplexing light field display using LCD panels to induce focal accommodation
  Kakeya Hideki; Watanabe Yuta
  Applied Optics/60(7)/pp.1966-1972, 2021-02
• Autostereoscopic Displays with Time-multiplexed Directional Backlight Using Curved Lens Arrays
  Borjigin Garimagai; Kakeya Hideki
  ITE TRANSACTIONS ON MEDIA TECHNOLOGY AND APPLICATIONS/9(1)/pp.80-85, 2021-01
• A Full-HD Super-Multiview Display Based on Adaptive Time-Division Multiplexing Parallax Barrier
  Watanabe Yuta; Kakeya Hideki
  ITE TRANSACTIONS ON MEDIA TECHNOLOGY AND APPLICATIONS/8(4)/pp.230-237, 2020
  
  CiNii
• more...