Being Here: Enhancing the Presence of a Remote Person through Real-Time Display Integration of the Remote Figure and the Local Background
スポンサーリンク
概要
- 論文の詳細を見る
Videoconferencing continues to emerge as a popular means of connecting remote participants. One of its goals is to establish a sense of presence through video imagery. One way to achieve a highly realistic presence is to generate a life-sized image of a remote person on a large display. However, in this case, the display conceals a large region of the local person's front view, and replaces it with the remote site background. This may affect the viewer's sense of the remote person's presence. To resolve these conflicting effects, we propose a method involving the superimposition of the remote person's figure on the local site front view. In this way, the local person may feel as though the remote person is before him/her in his/her spatial environment. The method has been implemented in the Being Here System accordingly. A system evaluation experiment revealed that the proposed method significantly enhanced the perceived presence of the remote person, in comparison with conventional videoconferencing.
- 2012-06-30
著者
-
Inoue Tomoo
Faculty Of Economics Seikei University
-
Nawahdah Mamoun
Graduate School Of Library Information And Media Studies University Of Tsukuba
-
Inoue Tomoo
Faculty Of Library Information And Media Science University Of Tsukuba
関連論文
- An Adaptive Decompressor for Test Application with Variable-Length Coding
- Insurance Underwriting and Financial Investment Activities
- A Method of Test Generation for Acyclic Sequential Circuits Using Single Stuck-at Fault Combinational ATPG
- Being Here: Enhancing the Presence of a Remote Person through Real-Time Display Integration of the Remote Figure and the Local Background
- Motion Adaptive Orientation Adjustment of a Virtual Teacher to Support Physical Task Learning
- Motion Adaptive Orientation Adjustment of a Virtual Teacher to Support Physical Task Learning
- Tabletop dish recommendation system for social dining: Group FDT design based on the investigations of dish recommendation
- Tabletop dish recommendation system for social dining: Group FDT design based on the investigations of dish recommendation
- An Adaptive Decompressor for Test Application with Variable-Length Coding
- An Adaptive Decompressor for Test Application with Variable-Length Coding