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Session and scheduling information are listed below. Select a session from the list and press "Go" to view the abstracts for that session.

Session 86 :
Glasses-Free 3D Display
Display Systems

Friday, May 17 / 09:00 AM   - 10:00 AM / San Jose Convention Center, LL21EF

Chair:
David Eccles, Consultant, Salt Lake City, UT US

Co-Chair:
Zong Qin, Sun Yat-Sen University, Guangzhou, China

86.1 - An Eye-Tracking Method to Extend the Viewing Zone in Multiview 3D Displays (9:00 AM - 9:20 AM)
  • Philip Surman, Xiao Wei Sun
    SUSTech Shenzhen China

  • Zhenwei Yao
    Huawei Shenzhen China


  • A multi-view 3D display with view numbers adjustable with eye tracking is proposed. A viewing angle of more than 60 degrees is demonstrated based on a 32-in. 8K panel and a simple eye tracker, enabling high resolution and smooth motion parallax for higher freedom of movement for viewers.
05/17/2024 9:00 AM 05/17/2024 9:20 AM America/Los_Angeles An Eye-Tracking Method to Extend the Viewing Zone in Multiview 3D Displays A multi-view 3D display with view numbers adjustable with eye tracking is proposed. A viewing angle of more than 60 degrees is demonstrated based on a 32-in. 8K panel and a simple eye tracker, enabling high resolution and smooth motion parallax for higher freedom of movement for viewers. San Jose McEnery Convention Center LL21EF Zhenwei Yao
86.2 - Spatial Reality Display System Based on Eye Tracking and Pixel Interleaving Technology (9:20 AM - 9:40 AM)
  • Xitong Ma, Tingting Wang, Xin Li, Shuguo Zhang, Ran Duan, Xing Zhou, Zheyuan Song, Xingqun Jiang
    BOE Technology Group Co., Ltd. Beijing China


  • A glasses-free 3D display system using a 31.5-in. 8K panel is presented. Raytracing accuracy is improved through eye tracking. The overall system latency is reduced by an in-house synchronization technology considering asynchronous delays between camera acquisition, eye tracking, and content generation. Specific optimizations are performed for mobile and wide-angle scenes.
05/17/2024 9:20 AM 05/17/2024 9:40 AM America/Los_Angeles Spatial Reality Display System Based on Eye Tracking and Pixel Interleaving Technology A glasses-free 3D display system using a 31.5-in. 8K panel is presented. Raytracing accuracy is improved through eye tracking. The overall system latency is reduced by an in-house synchronization technology considering asynchronous delays between camera acquisition, eye tracking, and content generation. Specific optimizations are performed for mobile and wide-angle scenes. San Jose McEnery Convention Center LL21EF Xitong Ma, Tingting Wang, Xin Li, Shuguo Zhang, Ran Duan, Xing Zhou, Zheyuan Song, Xingqun Jiang
86.3 - Binocular Camera Eye-Tracking Algorithm for Naked-Eye 3D Display (9:40 AM - 10:00 AM)
  • Tingting Wang, Xiaojun Tang, Zhexi Li, Junmin Sun, Zeyu Shangguan, Congrui Wu, Darun Tang, Yuyu Liu, Xingqun Jiang
    BOE Technology Group Co., Ltd. Beijing China


  • An eye-tracking method based on binocular cameras is proposed for glasses-free 3D displays. Disparity-based inter-pupillary distances and the head posture acquired from facial landmark points determine pupils’ spatial coordinates. A collaborative filtering approach further mitigates the jitter in pupil position. The proposed method enhances eye-tracking performance compared with the monocular practice.
05/17/2024 9:40 AM 05/17/2024 10:00 AM America/Los_Angeles Binocular Camera Eye-Tracking Algorithm for Naked-Eye 3D Display An eye-tracking method based on binocular cameras is proposed for glasses-free 3D displays. Disparity-based inter-pupillary distances and the head posture acquired from facial landmark points determine pupils’ spatial coordinates. A collaborative filtering approach further mitigates the jitter in pupil position. The proposed method enhances eye-tracking performance compared with the monocular practice. San Jose McEnery Convention Center LL21EF Tingting Wang, Xiaojun Tang, Zhexi Li, Junmin Sun, Zeyu Shangguan, Congrui Wu, Darun Tang, Yuyu Liu, Xingqun Jiang