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Proceedings Paper

SHD digital cinema distribution over a long distance network of Internet2
Author(s): Takahiro Yamaguchi; Daisuke Shirai; Tatsuya Fujii; Mitsuru Nomura; Tetsuro Fujii; Sadayasu Ono
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Paper Abstract

We have developed a prototype SHD (Super High Definition) digital cinema distribution system that can store, transmit and display eight-million-pixel motion pictures that have the image quality of a 35-mm film movie. The system contains a video server, a real-time decoder, and a D-ILA projector. Using a gigabit Ethernet link and TCP/IP, the server transmits JPEG2000 compressed motion picture data streams to the decoder at transmission speeds as high as 300 Mbps. The received data streams are decompressed by the decoder, and then projected onto a screen via the projector. With this system, digital cinema contents can be distributed over a wide-area optical gigabit IP network. However, when digital cinema contents are delivered over long distances by using a gigabit IP network and TCP, the round-trip time increases and network throughput either stops rising or diminishes. In a long-distance SHD digital cinema transmission experiment performed on the Internet2 network in October 2002, we adopted enlargement of the TCP window, multiple TCP connections, and shaping function to control the data transmission quantity. As a result, we succeeded in transmitting the SHD digital cinema content data at about 300 Mbps between Chicago and Los Angeles, a distance of more than 3000 km.

Paper Details

Date Published: 23 June 2003
PDF: 10 pages
Proc. SPIE 5150, Visual Communications and Image Processing 2003, (23 June 2003); doi: 10.1117/12.502984
Show Author Affiliations
Takahiro Yamaguchi, NTT Network Innovation Labs. (Japan)
Daisuke Shirai, NTT Network Innovation Labs. (Japan)
Tatsuya Fujii, NTT Network Innovation Labs. (Japan)
Mitsuru Nomura, NTT Network Innovation Labs. (Japan)
Tetsuro Fujii, NTT Network Innovation Labs. (Japan)
Sadayasu Ono, NTT Network Innovation Labs. (Japan)

Published in SPIE Proceedings Vol. 5150:
Visual Communications and Image Processing 2003
Touradj Ebrahimi; Thomas Sikora, Editor(s)

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