Correlation between arcing phenomena and electromagnetic noise of opening electric contacts

科研費報告書収録論文(課題番号:11834003・基盤研究(C)(2)・H11～H12/研究代表者:根元, 義章/実時間並列計測による小形電気機器から生じる電磁ノイズの解明

An Experiment on Multi-Video Transmission with Multipoint Tiled Display Wall, Journal of Telecommunications and Information Technology, 2012, nr 1

In order to realize realistic remote communication between multipoint remote places via the Internet, displaying the appearance of remote participants by transmission of a video streaming with the large-sized display system is effective. However, the display of video streaming with sufficient quality is difficult because the specification of a commercial projector and large-sized display equipment is low-resolution. In order to these issues, we focus on the tiled display wall technology which configure effective wide-area screen system with two or more LCD panels and tried to display a high-resolution video streaming on the large-scale display environment. In this paper, we have constructed remote communication environment with tiled display wall in multipoint sites and have conducted experiment in order to study the possibility of realizing realistic remote communication with multi-video streaming. As these results, these video streaming from each site have been shown to display more high-quality than magnified view of video image by a single small camera. Moreover, we have measured the network throughput performance for each transmitted and received video streaming in this environment. From measurement results, the steady throughput performance has been gained at the case of each transmitted and received video streaming

A measurement on electromagnetic noise and change of surface in arcing electric contacts

科研費報告書収録論文(課題番号:11834003・基盤研究(C)(2)・H11～H12/研究代表者:根元, 義章/実時間並列計測による小形電気機器から生じる電磁ノイズの解明

Experiments on relationship between electromagnetic noise and surface profile change by arc discharge of heterogeneous material contacts

科研費報告書収録論文(課題番号:11834003・基盤研究(C)(2)・H11～H12/研究代表者:根元, 義章/実時間並列計測による小形電気機器から生じる電磁ノイズの解明