This document summarizes a presentation on advanced applications of remote visualization. It describes a world premiere showing of a 4K feature film via HD videoconferencing between universities in Japan, the US, and Brazil in 2009. It then discusses technologies for streaming 4K, 3D, and HD video including required bandwidths. The presentation demonstrates a 4K visualization portal and a SAGE-enabled tiled display wall. It proposes next steps of live 4K streaming and concludes by noting the growth of internet video traffic in Brazil, which will increase 156-fold for internet TV between 2010 and 2015.
2. FILE 2009 in São Paulo:
HD videoconferencing world première of 4K feature film
UCSD, California
Keio Univ, Japan
FIESP-SESI Auditorium, São Paulo
http://www.youtube.com/watch?v=17DpXCoPRBE 2
3. 8K - UHDTV 1 – 24 Gbps
4K - 3D 500 Mbps – 15 Gbps
4K 250 Mbps – 8 Gbps
HD - 3D
2K 200 Mbps – 3 Gbps
Full HD 20 Mbps – 1,5 Gbps
HD 5 – 25 Mbps
4. 4K players
NTT JPEG 2000 codec PRISTINE card
MVTP-4K player Orochi playback server
7. SAGE-enabled tiled display wall
216 cm
3840 pixels MonitorAll in one 47”
HP Profissional
Servidor com suporte a
Switch
LG M4720C touch screen)
(interface
Video-conferencia HD
módulo 10Gb
(para controlador SAGE)
(LifeSize Express 220)
125cm
2160 pixels
2m
10. FOGO player
Encoder + decoder + streamer
Built upon 2 consumer NVIDIA servers
Based n H.323 codec
JPEG2000 version is under development
2x NVIDIA GeForce GTX 550 Ti
11. Video slicing and archiving in the JitCloud
Pre-processing Storage Cloud
Video
Raw Video Slicer
Source
12. www.estereoensaios.com.br
Technical specs
Runtime: 15m38s
Formats: 4K 3D (TIFFs sequence 4096 x 2160)
File size per frame: 25.3 Mbyte (24bits color)
Total uncompressed size of the movie: 1.14 Tbytes
14. • 85 registrants from Brazil
Professionals related to digital cinema, movie producers
and broadcasters
Free of charge – only for invited people
• 57 Int’l participants from GLIF
24. Concluding remarks
“No Brasil, o tráfego de vídeos via Internet será o
equivalente a 76% de todo o tráfego dos usuários em
2015, (...)”
“(...) O tráfego de vídeos via Internet para a TV será o
equivalente a 9% do tráfego de vídeos dos
consumidores via Internet em 2015 (...)
O tráfego de vídeos via Internet para a TV aumentará
156 vezes entre 2010 e 2015.“’
http://globalnewsroom.cisco.com/easyir/BR/pt/local/press-release/Trafego-
global-via-Internet-deve-quadruplicar-em-2015--763444.html