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Real Time Switching And Streaming Transmission Of Uncompressed 4k Motion Pictures

机译:未压缩的4k电影的实时切换和流传输

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摘要

In this paper we describe the world's first Trans-Pacific and Trans-Atlantic real-time switching and streaming transmission of uncompressed 4K motion pictures. This demonstration, of an advanced networked media application, conveyed the 23rd Kyoto Prize events, held on Nov. 10 and 11,2007, from Kyoto, Japan to Stockholm, Sweden in real-time with life-like image quality. Multiple live 4K streams from different cameras were switched over the network into a single uncompressed stream at the director's request, and transmitted to Stockholm via 10 Gbit Ethernet connections over 21,000 km using the Global Lambda Integrated Facility (GLIF). We introduce several new technologies, including an uncompressed 4K video streaming system using Internet Protocol (IP) transmission and a shared line approach to gap-less video switching control. The Kyoto Prize 2007 demonstration proves the feasibility of using the IP infrastructure for next generation video switching and distribution networks, even at very high speeds across great distances.
机译:在本文中,我们描述了世界上第一个跨太平洋和跨大西洋实时的未压缩4K电影实时切换和流传输。该演示是对先进网络媒体应用程序的演示,它以逼真的图像质量实时传达了2007年11月10日至11日从日本京都到瑞典斯德哥尔摩举行的第23届京都奖活动。应导演的要求,来自不同摄像机的多个实时4K流已通过网络切换为单个未压缩流,并使用Global Lambda集成设施(GLIF)通过21,000 km上的10 Gbit以太网连接传输到斯德哥尔摩。我们介绍了几种新技术,包括使用Internet协议(IP)传输的未压缩4K视频流系统以及用于无间隙视频切换控制的共享线路方法。 2007年京都奖的演示证明了即使在远距离内以极高的速度使用IP基础设施用于下一代视频交换和分配网络的可行性。

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