1. Topics of Discussion ResearchChannel Background iHDTV™ <> OptIPortal integration iHDTV™ Roadmap update Recent and future demonstrations Advanced Systems

2. ResearchChannel Programs  More than 3,200 hours of programming in the Video on Demand library  1,100 new programs added this year, and this number is on the rise

3. Advanced Network Forum AJA Video Systems Inc. Australia's Academic Research Network (AARNet) Fujinon Howard Hughes Medical Institute IBM Corporation Intel Corporation Internet2 Johnson & Johnson Library of Congress Microsoft Research National Academies National Academy of Engineering Duke University George Mason University Indiana University, School of Informatics Johns Hopkins University Massachusetts Institute of Technology National University of Singapore New York University Pennsylvania State University Rice University Rutgers, The State University of New Jersey Stanford University Medical Center Texas A&M University Tulane University, A.B. Freeman School of Business ResearchChannel :: Participants Universidad de Puerto Rico Universidade de São Paulo University of Alaska - Fairbanks University of Chicago University of Hawaii University of Maryland - College Park University of Pennsylvania University of Southern California University of Virginia University of Washington University of Wisconsin-Madison Virginia Tech Yale University National Academy of Sciences National Institute of Nursing Research National Institute of Standards and Technology National Institutes of Health National Library of Medicine National Science Foundation Pacific Northwest Gigapop Poznań Supercomputing and Networking Center R1edu.org SURFnet Vulcan Northwest, Inc. Wisconsin Public Television

4. ResearchChannel :: Participants American Meteorological Association Arizona State University California State University, Monterey Bay Indiana University Loma Linda University Pacific Northwest National Laboratory University of Kentucky University of Michigan

5. U.S. Television Distribution DISH Network satellite system12 million homes Cable systems12.9 million homes

6. U.S. Television Distribution :: New Retransmission Markets 744,000 new subscribers last year

7. Podcasting and Other New Features

8. Google Video

9. Technology Milestones August 1999 First-Ever Streaming of High-Definition Television over the Internet November 1999 Network Sets Record Speed April 2000 First Live HDTV Over Internet Newscast July 2004 First Transmission of Full Bandwidth HD Video Between Computers September 2005 First-Ever Live HD Images from Seafloor to Land Available as IP-Based Feed November 2005 Interactive Multipoint HD Videoconference Demonstrated November 2006 Partner in World-wide testing of ConferenceXP

10. Microsoft Research Grant Center for Collaborative Technologies http://cct.cs.washington.edu/ HD <> ConferenceXP integration

11. Continuous Ocean Observing

12. Consortia HD Partnerships  CineGrid 4k Storage and serving  CaliT2 / EVL OptIPortal <> iHD integration  PRAGMA  Isilon Testing of high speed disk nodes  NTT Labs

13. Recent and Future Demonstrations

14.  ResearchChannel Annual Meeting Oct 2007  SC07 Reno  Internet2 FMM 08  SC08 Austin

15. Recent and Future Demonstrations

17. Advanced Delivery Methods and Services

18. ResearchChannel Advanced on-line Services  ResearchChannel-HD (1080i VC-1) http://www.washington.edu/ihdtv/  ResearchChannel satellite feed on the network 233.0.73.29 MPEG2@ 3.2mbps  Live 1080i HD video of Mt Rainier MPEG-2 @ 20mbps: 233.0.73.26 VC-1 @ 6mbps: multicast is http://researchchannel.org/multicast/VC-Live.nsc unicast is http://media-wm-hd.cac.washington.edu/VC-Live

19. ResearchChannel Advanced on-line Services  HD VOD Visions’05 http://www.researchchannel.org/visions05/hdpresentation.asp  HD VOD 1080i MPEG2 ML@HL http://www.researchchannel.org/tech/desktophdsamples.asp  KEXP-FM Audio-on-demand; uncompressed audio webcasting http://www.kexp.org  Developing VOD archive for oceanographic HD video Testing high-speed disk arrays SUN Thumper Isilon  Research 1

20. iHDTV Open Source Project

21. iHDTV™ Software Suite  iHDTV Roadmap update

22. iHDTV™ iHD1500  iHD1500 Uncompressed SMPTE 292M 4:2:2 Data rate total approx 1.5 gbps Requires: Uncompressed HD capture cards PCI Express platforms Windows XP 2 x gige or 1x10gige network connection Jumbo frame transport and routing

23. iHDTV™ iHD1500  3 PCI-Express 3.4GHz Dual Xeon platforms (minimum spec)  2 AJA Xena-HS capture boards for RX  1 Decklink HD Plus capture board for TX  New board alternatives being evaluated Viewcast Osprey 700 HD NTT Labs i-VISTO

24. Technology

25. iHDTV™ iHD1500  iHD1500 Optiportal Integration:  Goal to place live HD video in OptIPortal Window from iHDTV application  Non-typical OptIPortal hardware required  Some modification of iHD and SAGE required SAGE = Scalable Adaptive Graphics Environment  Successfully demonstrated at SC07

26. iHDTV™ iHD1500  iHD1500 Optiportal Integration:  iHDTV+SAGE option Cause iHDTV to output to the composite display using SAGE as an “off-the-shelf” library to handle image splitting  Overlay Option Run an instance of iHDTV on each SAGE display node Send a pre-split picture to each node along with display information

27. iHDTV™ iHD1500 iHD1500 Optiportal Integration:  iHDTV+SAGE option contstraints Images had to be kept small to aviod distributing the load across the entire display system Support for 2gige NICs had to be built into SAGE 10gige or Infiniband not possible at the moment Enable jumbo frames on all SAGE interfaces Modify iHDTV to use the SAGE library

28. iHDTV™ iHD1500  iHD1500 Optiportal Integration:  Hardware requirements Intel Core 2 Duo E6750 Conroe 2.66GHz EVGA 122-CK-NF63-TR motherboard 2 GB of PC3 10600 1333MHz memory Intel PRO 1000PT Dual Port PCI Express NIC PNY GeForce 8600GT 256MB PCI Express x16 video card Specs similar to iHDTV node

29. iHDTV™ iHD1500  iHD1500 Optiportal Integration:  Overlay Option resulted in a nice render-to- screen function for iHDTV which will be incorporated in the code base  Support for multiple network interfaces required running two instances of SAGE for each logical half of each display

30. iHDTV™ iHD1500  Suggested changes to SAGE: Modify the SAGE display manager to accept a parameter specifying an IP address for binding sockets Modify the SAGE display manager to accept a parameter specifying the position of its window relative to the overall display Modify the code for the SAGE window manager to accept per-node configuration for the above parameters Modify the SAGE code for determining the size of the part of the image blanked out due to the physical frames of each display. Use XVideo rather than OpenGL which would allow our application to run 4 times faster in the Overlay Option

31. iHDTV™ iHD1500

33. For more information  www.researchchannel.org www.researchchannel.org  wellings@researchchannel.org