@techreport{oai:ipsj.ixsq.nii.ac.jp:00218517,
 author = {藤原, 稔久 and 福井, 達也 and 椎名, 亮太 and 小野, 央也 and 谷口, 友宏 and Toshihito, Fujiwara and Tatsuya, Fukui and Ryouta, Shiina and Hiroya, Ono and Tomohiro, Taniguchi},
 issue = {58},
 month = {Jun},
 note = {低遅延・広帯域のネットワークにおいて，離れた地点間でタイムラグなく相互の映像をやり取りし，オーケストラの遠隔合奏等の映像コミュニケーションを実現する複数映像の超低遅延分割表示処理技術を実証した．武蔵野・横須賀・厚木のそれぞれの演奏拠点で撮影した映像をストリーム型で分割表示処理してやり取りする実験用ネットワークシステムを構築し，映像の遅延のストレスなく合奏が実現できることを確認した．, We has demonstrated an ultra-low latency split display processing technology for multiple video streams that, by utilizing low latency and high capacity network, transmits video streams mutually between remote locations without perceptible time lag, enabling video communication services such as remote orchestral ensembles. A demonstration experiment was conducted on an experimental network system that transfers video captured at Musashino, Yokosuka, and Atsugi performance sites with screen split display processing in a stream-type method. The experiment confirmed that the remote ensemble performance was achieved without the stress of video delays.},
 title = {リアルタイム遠隔セッションを実現する超低遅延の映像分割表示処理技術の実証},
 year = {2022}
}