Abstract

In order to support advanced remote collaborative works via WAN, sharing various visual contents between remote sites and displaying the existence of remote participants by transmission of high-quality video streaming in real scene is important. However, the display specification of large-scale screen system such as commercial projector and wide-area monitor to display these visual contents is low-resolution, and displaying of real video streaming with sufficient quality is difficult. In this paper, we have constructed tele-immersive environment with tiled display wall to realize displaying real video streaming and visual contents by high-resolution. In addition, we have tried the construction of the environment to display more high-quality video streaming on tiled display wall by transmitting multi-video streaming which captured by two cameras in remote site. By using the environment, we have conducted some experiments on tele-immersive communication on JGN2plus network which is a nationwide scale WAN. From experimental results, we have showed that these video streaming have been displayed wide area of remote site more high-quality than magnified view of video by a single small camera. Moreover, we have tried realistic display processing of ultra resolution astronomical observation image and movie data to display in full view visualization contents with ultra resolution which is difficult to display on a usual PC. As these results, we have enabled to observe the entire image of observation data all over tiled display wall.

Highlights

  • Remote communication using WAN (Wide Area Network) become popular in daily life by rapid development of tele-communication systems and high-speed network technology

  • Video image is captured by an small IEEE1394 camera located at frame of LCDs on tiled display wall environment is transmitted to each display node in remote sites from an application node in Osaka, its video image is displayed on tiled display wall

  • We have constructed tele-immersive environment with tiled display wall to realize remote collaborative works with real video streaming and visual contents by high-resolution in order to support advanced remote collaborative works via WAN

Read more

Summary

Introduction

Remote communication using WAN (Wide Area Network) become popular in daily life by rapid development of tele-communication systems and high-speed network technology. In order to support advanced remote collaborative works via WAN, share various visual contents such as photography, visualization image, and displaying the existence of remote participants by transmission of high-quality video streaming in real scene is important. In order to realize the existence of realistic information in remote site with video-conference, utilization of large-scale screen system is effective, and it is considered to use display equipments such as a projector and wide-area monitor. The display of video streaming with sufficient quality is difficult because the display specification of commercial projector and wide-area monitor is low-resolution. We construct tele-immersive environment with tiled display wall to realize remote collaborative works with real video streaming and visual contents by high-resolution. By using the above environment, we conduct some experiments on tele-immersive communication between Osaka University, Kyoto University and Iwate Prefectural University with JGN2plus network which is a nationwide scale WAN in Japan

Tele-immersion Technique
Tiled Display Wall
Experimental Environment
JGN2plus Network
Display of Multi-Video Streaming on Tiled Display Wall
Realistic Display for Ultra Resolution Astronomical Observation Data
Conclusions
Full Text
Published version (Free)

Talk to us

Join us for a 30 min session where you can share your feedback and ask us any queries you have

Schedule a call