DVTS/HDTV Better than average Video over the Internet Jim DeRoest ( - - PowerPoint PPT Presentation

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DVTS/HDTV Better than average Video over the Internet Jim DeRoest ( - - PowerPoint PPT Presentation

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BigVideo Project ResearchChannel/Internet2 DVTS/HDTV Better than average Video over the Internet Jim DeRoest ( Director, Streaming Media) Michael Wellings ( Director, Engineering) Bob Riddle (Director, Nothing) 06 July 2004 What if you

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SLIDE 1

BigVideo Project ResearchChannel/Internet2

DVTS/HDTV – Better than average Video over the Internet

Jim DeRoest (Director, Streaming Media) Michael Wellings (Director, Engineering)

Bob Riddle (Director, Nothing)

06 July 2004

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SLIDE 2

What if you could use your HandiCam?

you could send & receive High Quality A/V

  • It doesn’t require funny, expensive machines
  • It doesn’t require involve IP issues (royalties)
  • It doesn’t require funny, expensive cameras
  • It does require a network capable of 30 mpbs

all you need is a capable Network and …

  • a DV capable camera (HandiCam, DVCAM, DVCPro) with

IEEE1394 (firewire) capability

  • DV receiver (DV Player, TV) that is firewire capable
  • Or an analog/digital converter(s) if using a non-firewire

capable camera/receiver

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SLIDE 3

It looks like this:

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SLIDE 4

Things you might do …

Korean Dance Performance: Sept 7,2003

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SLIDE 5

Things you might do …

National Internet2 Day

  • Several schools used DV/IP stream

Fall Member Meeting

  • instrumental rehearsal (ISM: IU, CIM; NWS – UM)

Video “Conference”

  • Both P2P and multipoint (using multicast)
  • Master’s Class – music instruction
  • Internet2 “Channel” Guide
  • Access Grid integration (APAN work)
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SLIDE 6

How can I get started?

DVTS

  • Software encoding/decoding using the

PC processor, NIC, etc.

  • Runs on number of platform, though

Windows XP has the best GUI and uses PC monitor for display

  • Requires a firewire card if you are a

“sender” (and receiver for non-WinXP)

  • Provided by DVTS Consortium & WIDE

project http://www.sfc.wide.ad.jp/DVTS

CometDVIP

  • Hardware implementation from Fujitsu

Labs

  • Allows a “blackbox” like device to

support DV/IP

  • Current video conferencing tests have

been remarkable

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SLIDE 7

How can I get started (-cont-)

take advantage of the “bigvideo” project work

http://people.internet2.edu/~bdr/CometDVIP

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SLIDE 8

How can I get started (-cont-)

Take advantage of the bigvideo CHANNEL GUIDE http://people.internet2.edu/~bdr/dvguide.html

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SLIDE 9

What if I need help?

take advantage

  • f the

bigvideo mailing list

mailto: bigvideo@internet2.edu

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SLIDE 10

Don’t forget …

Multicast-enable your network

  • 30 mbps stream – for “broadcast” events the

unicast client/server model won’t scale on your network

  • Use a tunnel, if you need to “bridge” multicast

challenged networks (http://if.anu.edu.au/SW/rcbridge.html)

  • Take advantage of available multicast expertise

listserv@internet2.edu (subscribe wg-multicast in body)

  • Find some useful tools & test, test, test

http://dast.nlanr.net/Projects/Beacon/ http://dast.nlanr.net/Projects/Iperf/

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SLIDE 11

What’s going on right now? Video-Conferencing exploration

  • Integrate echo-cancellation device
  • “build” a blackbox to support plug & play users
  • “build” an AG-like machine/environment (working with

APAN/AARNet AG 2.2 efforts

  • “enhance” clients for non-technical users

Streaming exploration

  • Exploring lip-sync problems related to WinXP clients
  • Potential OS X desktop client coming (Kaz)
  • Improvement of “xdvshow” client for Linux clients (Petr)

DVTS Consortium

  • OS X, Linux desktop receivers,
  • IIGA “set-top” box for “normal” people
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SLIDE 12

where does DV/IP live in the video “neighborhood”?

H.323

  • Multicast use removes need for MCU
  • Higher quality, lower latency a/v streams

Access Grid

  • Current integration work underway (APAN)

MPEG2

  • No “IP” encumbrance, Higher quality, lower latency a/v

streams

HDTV

  • Lower latency than compressed (20mbps) HDTV stream
  • Lower bandwidth than uncompressed HDTV stream

“Sweet spot” – if you have the bandwidth!

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SLIDE 13

You’re invited to “play” with us!

Join the DVTS Consortium

  • http://www.dvts.jp/en/

Get the DVTS software

  • http://www.sfc.wide.ad.jp/DVTS

Purchase a CometDVIP card

  • bdr@internet2.edu

Join the bigvideo@internet2.edu project

  • wellings@cac.washington.edu
  • bdr@internet2.edu
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SLIDE 14

Delivering Reality: iHDTV Delivering Reality: iHDTV

  • HD/IP >220 Mbps

– www.ResearchChannel.org/dvd03

  • Desktop HD delivery

– MPEG2@19.2 Mbps – WM9HD@8 Mbps

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SLIDE 15

iHDTV to the Desktop iHDTV to the Desktop

  • Capture & Encode Architecture

– HD Capture Editor

  • Apple Dual G5
  • AJA Kona SD/HD capture board
  • Local RAID

– HD Encoders

  • Tiernan TR1 – Johnson & Johnson
  • Software based encoder
  • Intel 8-way PCI-X

– Heuris MPEG2 HD – Apple QuickTime HD with H.264 – Windows Media 9 HD – REALVideo 10 HD

  • Capture & Encode Architecture

– HD Capture Editor

  • Apple Dual G5
  • AJA Kona SD/HD capture board
  • Local RAID

– HD Encoders

  • Tiernan TR1 – Johnson & Johnson
  • Software based encoder
  • Intel 8-way PCI-X

– Heuris MPEG2 HD – Apple QuickTime HD with H.264 – Windows Media 9 HD – REALVideo 10 HD

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SLIDE 16

iHDTV to the Desktop iHDTV to the Desktop

  • Lower Bit Rate (5-8mbps)
  • WindowsMedia9

– Adobe Premiere and/or MS WM9 Encoder – Multichannel Audio: 5.1, 7.1 – 1080 Interlace format issues

  • MPEG4

– Advanced Simple Profile – RC ISMA partner – Currently Quicktime hinted

  • Real Networks

– RealVideo SDK – limited experience

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iHDTV to the Desktop iHDTV to the Desktop

  • 19.2mbps MPEG2 MP@HL
  • Program assets managed by Digitalwell
  • Delivery server environment

– VideoLAN - VoD experimental kiosk

http://researchchannel.org/desktop-ihdtv/index.html

– IBM VideoCharger V8.2

  • Next release RTP/UDP transport – generic players
  • Dynamic bandwidth negotiation
  • Working on packet loss/sync problem
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SLIDE 18

iHDTV to the Desktop iHDTV to the Desktop

  • Clients
  • Software only:

– Players: Videolan, Videocharger – Codecs: ffmpeg, Elecard, Intervideo, Cinepak, MainConcept codecs

  • Hardware assist:

– Directshow Shim to DTV Card: WinTV-HD, HiPix, MyHD – Desktop or External Display – Plasma, LCD, Projection

  • Clients
  • Software only:

– Players: Videolan, Videocharger – Codecs: ffmpeg, Elecard, Intervideo, Cinepak, MainConcept codecs

  • Hardware assist:

– Directshow Shim to DTV Card: WinTV-HD, HiPix, MyHD – Desktop or External Display – Plasma, LCD, Projection

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SLIDE 19

iHDTV Desktop Components under Evaluation iHDTV Desktop Components under Evaluation

  • Cameras

– JVC JY-HD10 ~$3K

  • 1 CCD 1Mpixel

– Sony Prototype ~$5K

  • 3 CCD
  • Encode/decode acceleration

cards – Tarari – WM9 real time HD

  • Cameras

– JVC JY-HD10 ~$3K

  • 1 CCD 1Mpixel

– Sony Prototype ~$5K

  • 3 CCD
  • Encode/decode acceleration

cards – Tarari – WM9 real time HD

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SLIDE 20

Uncompressed HD video / IP (demo yesterday) Uncompressed HD video / IP (demo yesterday)

  • 1.5 Gbps transfer
  • Dual 2.4GHz Xeon Intel PCI-X PCs
  • PCI-X 10Gige NICs unavailable at build

time

  • Data traffic split between 2 Gige NICs
  • AJA Xena HD output card SMPTE 292M
  • Clips captured from Sony HDCam source
  • 1.5 Gbps transfer
  • Dual 2.4GHz Xeon Intel PCI-X PCs
  • PCI-X 10Gige NICs unavailable at build

time

  • Data traffic split between 2 Gige NICs
  • AJA Xena HD output card SMPTE 292M
  • Clips captured from Sony HDCam source
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SLIDE 21

Media delivery over IP futures Media delivery over IP futures

  • CPB Evolving the Links Project

http://evolvinglinks.uwex.edu/

  • IP Delivery of Content to ResearchChannel
  • Video delivery to PDAs
  • Archive Library of Congress
  • NASA space station video capture using

DVTS

  • CPB Evolving the Links Project

http://evolvinglinks.uwex.edu/

  • IP Delivery of Content to ResearchChannel
  • Video delivery to PDAs
  • Archive Library of Congress
  • NASA space station video capture using

DVTS

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SLIDE 22

Participation Participation

  • ResearchChannel membership

– www.researchchannel.org

  • DVTS software

– http://www.dvts.jp/en/

  • bigvideo@internet2.edu project

– wellings@cac.washington.edu – bdr@internet2.edu

  • ResearchChannel membership

– www.researchchannel.org

  • DVTS software

– http://www.dvts.jp/en/

  • bigvideo@internet2.edu project

– wellings@cac.washington.edu – bdr@internet2.edu

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SLIDE 23

Questions? Questions?