Indirect gaze estimation from body movements based on relationship between gaze and body movements

Author:

Yamazoe Hirotake1ORCID

Affiliation:

1. University of Hyogo, Japan

Funder

Japan Society for the Promotion of Science

The Telecommunications Advancement Foundation

Publisher

ACM

Reference6 articles.

1. Gaze displacement and inter-segmental coordination during large whole body voluntary rotations

2. D.-H. Hwang , K. Aso , Y. Yuan , K. Kitani , and H. Koike . 2020. Monoeye: Multimodal human motion capture system using a single ultra-wide fisheye camera . In UIST2020 . 98–111. D.-H. Hwang, K. Aso, Y. Yuan, K. Kitani, and H. Koike. 2020. Monoeye: Multimodal human motion capture system using a single ultra-wide fisheye camera. In UIST2020. 98–111.

3. S. Nonaka , S. Nobuhara , and K. Nishino . 2022. Dynamic 3D Gaze From Afar: Deep Gaze Estimation From Temporal Eye-Head-Body Coordination . In CVPR2022 . 2192–2201. S. Nonaka, S. Nobuhara, and K. Nishino. 2022. Dynamic 3D Gaze From Afar: Deep Gaze Estimation From Temporal Eye-Head-Body Coordination. In CVPR2022. 2192–2201.

4. N. Stein and G. Bremer. [n. d.]. Natural Walking and Eye Tracking in different Virtual Reality Tasks. https://osf.io/b43uv/ N. Stein and G. Bremer. [n. d.]. Natural Walking and Eye Tracking in different Virtual Reality Tasks. https://osf.io/b43uv/

5. Analysis of head and chest movements that correspond to gaze directions during walking

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