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ResearchChannel: Think.Forward. Visions ’05: Live HD Video Images from the Seafloor via IP Networks

Discover the latest advancements in ResearchChannel, including the iHDTV technology and the Visions '05 project. Learn about the ResearchChannel Consortium and its commitment to technological innovation in knowledge sharing.

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ResearchChannel: Think.Forward. Visions ’05: Live HD Video Images from the Seafloor via IP Networks

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  1. ResearchChannel:Think Forward Michael Wellings, Director, Engineering Dave Robertson, Broadcast Engineer Internet2 Spring Member Meeting Visions ’05: Live HD Video Images from the Seafloor via IP Networks

  2. Topics of Discussion • What is ResearchChannel • iHDTV • What it is • Current state • Planned Software Enhancements • Recent public demonstrations • The Visions ’05 Project • Short video presentation

  3. The ResearchChannel Consortium • An intellectual community, we make knowledge available to all by sharing our developments,insights and discoveries with a global audience. • We bring together ideas from many of the world’s premier academic and research institutions and disseminate those ideas to the public directly,without interference. • We are committed to technological innovation toenable leading-edge exchanges of our resources.

  4. Consortium Members A.B. Freeman School of Business at Tulane University Universidad de Puerto Rico California State University, Sacramento Universidade de São Paulo Duke University University of Alaska - Fairbanks George Mason University University of Chicago Johns Hopkins University University of Hawaii Massachusetts Institute of Technology University of Maryland National University of Singapore University of Michigan New York University University of Pennsylvania Oregon State University University of Southern California Pennsylvania State University University of Virginia Rice University University of Washington Rutgers, The State University of New Jersey University of Wisconsin-Madison Stanford University Medical Center Virginia Tech Texas A&M University Yale University Tufts University

  5. Consortium Members AARNet National Academy of Engineering Advanced Network Forum National Academy of Sciences AJA Video Systems Inc. National Institute of Nursing CENIC National Institute of Standards and Technology Fujinon National Institutes of Health Howard Hughes Medical Institute National Library of Medicine IBM Corporation National Science Foundation Intel Corporation National Sea Grant College Program Internet2 Pacific Northwest Gigapop Johnson & Johnson Poznañ Supercomputing and Networking Center Library of Congress R1edu.org Microsoft Research SURFnet National Academies Vulcan Northwest Inc. Wisconsin Public Television

  6. Our Newest Members

  7. ResearchChannel Distribution

  8. U.S. Television Distribution 21.7 million households • DishNetwork satellite system • 11.5 million homes • Cable systems • 10.2 million homes • 35 states

  9. Web Trends: Streaming Media Programs Played up 1,600% over last year Files Played per Month7/04 - 5/05 Files Played per Month7/03 - 7/04

  10. Innovations in Technology

  11. Why? • To advance global networking technologies • To explore new methods of media distribution and sharing for teaching learning and research • To further multidisciplinary multinational scientific collaboration • Because the consortium is uniquely qualified to do so

  12. On the Leading Edge • ResearchChannel is a collaboration among experts in Internet networking, storage/search infrastructure development, emerging streaming media and interactive technologies, digital television engineering, and video production.

  13. Projects • First Internet HDTV transmission - iHDTV • Digital Asset Management System Development - DigitalWell • Automation of multiple format encoding • Webcasting (SD and HD over IP in multiple formats) • Streaming to handheld devices • ResearchChannel Internet2 Working Group

  14. DigitalWell: HD Storage Project Focus • Easy way to acquire, collect, classify, store ,deliver large collections of digital media over IP networks. • Proxy for any type of large data sets but initially focused on video and audio assets • Includes broadcast/Internet Integration • Exploits next generation networking to ensure high quality – Deliver Realism • Easy-to-use Web services-based interface compatible with current Web browsers and computing platforms. • Uses pluggable authentication to ensure security and control access to collections.  • Scalable architecture ensures that collections can be built, accessed, searched and shared between disparate networked communities.  • Middleware – integrates easily • Metadata, DRM/IP, AAI, API, Grid • Automation – End to End • Capture, Describe, Preserve, Deliver

  15. DigitalWell: Storage Resource Broker • SRB being layered underneath DigitalWell to allow sharing of content • Enables digital library systems to communicate using their metadata • Examples of libraries that can communicate using SRB: MIT’s DSpace, Cornell’s Fedora • Important step in being part of BIG science

  16. iHDTV – HD delivery • iHDTV Explained • iHD1500 • iHD270 • HD to the Desktop

  17. iHDTV Explained • iHD1500 • Uncompressed SMPTE 292M 4:2:2 • Data rate total approx 1.5 gbps • Requires: • high-end HD capture cards • PCI Express platforms • Windows XP

  18. iHDTV Explained • iHD270 (first introduced aug 99) • Sony HDCamtm compression • SDTI data format 270mbps • AJA Xena I/O • Requires: • AJA Xena-HD capture cards • Dual Processor P4 • Windows XP • Sony HDCam Hardware encoder/decoder

  19. Recent Demos • Sept 2005 - iGrid San Diego • Enhanced HD interactive - USA118: Global N-Way Uncompressed Interactive Conferencing • Underwater research using HD from SS Thompson – USA119: 20,000 Terabits Under the Sea • Nov 2005 - SC05 Seattle • Enhanced HD Interactive Conferencing/HD Storage and capture using SRB (Storage Resource Broker)

  20. iGRID 2005 San Diego • USA118: Global N-Way Interactive HD • USA119: 20,000 Terabits under the sea

  21. iGRID 05 – USA118 • Sept 2005 - iGrid San Diego • Enhanced HD interactive - USA118: Global N-Way Uncompressed Interactive Conferencing • Remote sites: • University of Washington - Seattle • WIDE - Tokyo • University of Wisconsin - Madison • University of Michigan • SURFnet - Amsterdam • AARnet - Goldcoast

  22. iGRID 05 – USA118 • Sept 2005 - iGrid San Diego • Remote site equipment: • 2 RX iHD1500 Hosts (multicast from iGRID) • 1 TX iHD1500 Client • Central site equipment: • 6 RX iHD1500 Clients • 2 TX iHD1500 Hosts (Multicast) • Evertz HD Video Tile Generator • Multichannel mix-minus audio system

  23. iGRID USA 118 Network Diagram

  24. iGRID 05 – USA119 • Sept 2005 - iGrid San Diego • First ever live HD/ip from a ship at sea to viewers on shore • Ku-Band equipment upgrade to SeaTel antenna • Careful RF engineering to design satellite Link-Budget • Real-time MPEG-2 MP@HL encoding • Ip gateway • Satellite modem 15mbps • Used USA118 as the transport vehicle for the live show

  25. Internet HDTV: VISIONS’05

  26. Engineering HD from the Ocean Floor Dave Robertson, Broadcast Engineer Internet2 Spring Member Meeting Visions ’05: Live HD Video Images from the Seafloor via IP Networks

  27. Topics of Discussion • Visions ’05 Concept • Challenges • Satellite transmission • HD underwater camera • Live TV production at sea • Solutions • Results

  28. Visions ‘05 Challenges • Satellite transmission -location/power/bandwidth -ship's schedule • HD underwater camera -viable science, not just pretty pictures -lead time • Live TV production at sea -communications

  29. Visions ‘05 Location

  30. Visions ‘05 Insite Zeus+ HD camera

  31. Visions ‘05 R/V Thompson Systems

  32. Visions ‘05 G10R Coverage

  33. Visions ‘05 R/V Thompson Dish

  34. Visions ’05 R/V Thompson Dish • Sea-Tel 2.4m • Stabilized -+/- 25 degrees pitch! • C and Ku band -feed horn change -40 watt amp for Ku

  35. Visions ‘05 HD Underwater camera

  36. Visions ‘05 HD Camera Dockside Test

  37. Visions ’05 HD Camera Final Location

  38. Visions ‘05 Production Control

  39. Visions ‘05 Live HD Production

  40. iGRID USA 119

  41. iGRID USA 119 Network

  42. Visions ’05 and the Neptune Project • Oceanography at 3000meters depth • HD 1080i Live video multicast to the world • Mission video on-tape 150+ hours • http://www.visions05.washington.edu/ • http://www.researchchannel.org/visions05/ multimedia.asp

  43. Visions ’05 Follow on goals (pending funding) • Capture all HD footage to disk in SDTI / HDCam ™ and uncompressed SMPTE 292M formats • Create Metadata engine for scientific annotation • Use DigitalWell for storage and retrieval • Make available to researchers worldwide as a collaborative effort A demonstration project is underway involving several hours of video

  44. Neptune – “a fiber optic cable to inner space” • http://www.neptune.washington.edu/pub/ whats_neptune/whats_neptune.html • Goals: • to establish a regional cabled observatory in the northeast Pacific Ocean • 2,500-km network of fiber-optic/power • To be built across the Juan de Fuca tectonic plate in the northeast Pacific Ocean • Locate between 15 and 20 experimental sites at nodes along the cable. • sites will be instrumented to interact with • Sensor networks will fill in the volume between nodes • Multipurpose robotic underwater vehicles will reside at depth, recharge at nodes, and respond to events • Via the Internet, provide real-time information and command-and-control capabilities to shore-based users.

  45. Neptune Project

  46. Bringing Science to your Desktop Using the iHDTV software suite ResearchChannel can deliver rich content • Uncompressed HD delivery for collaborative environments • Uncompressed HD for demanding visual applications • Visions ’05 • Neptune • The Looking Project • Others • Compressed HD in several formats for desktop and home delivery • WMV-HD • MPEG2 • MPEG4/H.264/AVC

  47. High Definition Video to the Desktop FORMATS MPEG2 MP@HL WM9-HD@720p H.264, ACV, MPEG-4 HDV PLAYERS VLC (subject to license issues) WM9/10 QuickTime / MPEG4 VLC

  48. Internet HDTV: VISIONS’05

  49. For More Information • www.researchchannel.org • inquires: info@researchchannel.org Michael Wellings Director, Engineering wellings@researchchannel.org Dave Robertson Broadcast Engineer daver2@washington.edu

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