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OSI protocols / Streaming / Internet protocols / Video compression / Real-time Transport Protocol / ISO standards / Network Abstraction Layer / H.264/MPEG-4 AVC / RTP audio video profile / Computing / Network architecture / Videotelephony


1164 IEEE TRANSACTIONS ON CIRCUITS AND SYSTEMS FOR VIDEO TECHNOLOGY, VOL. 17, NO. 9, SEPTEMBER 2007 Transport and Signaling of SVC in IP Networks Stephan Wenger, Member, IEEE, Ye-Kui Wang, Member, IEEE, and Thomas Schie
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Document Date: 2011-01-06 09:11:52


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City

Tampere / JVT / Palo Alto / Berlin / /

Company

UB Video Inc. / Polycom / IP NETWORKS / Siemens / Nokia Corporation / TELES AG / Intel / Microsoft / NAL / /

Country

China / Finland / Germany / /

Currency

STD / USD / SVC / /

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Event

FDA Phase / /

Facility

Tampere University of Technology / Stanford University / Heinrich Hertz Institute / Beijing Institute of Technology / Heinrich-Hertz Institute / Nokia Research Center / Berlin University of Technology / Fraunhofer Institute / Tampere International Center / University of Science / Technical University of Berlin / /

IndustryTerm

generic solutions / media streams / store-forward applications / media specific attributes / media lines / real-time streaming techniques / real-time media / session/media / Internet Draft / media transmission / media level description / Internet Drafts / Internet group management protocol / transport protocol / designed protocols / wireless access gateways / media sessions / media-specific information / media session level / legacy devices / inference algorithm / media decoding dependency / media description / maintained device / secure real-time transport protocol / parent protocols / predominant infrastructure / Internet Protocol / given media / initiation protocol / straightforward solution / it necessary to consider network / video compression technology / legacy technology / media descriptions / media specific information / media coding / layered media / media levels / description protocol / media level / datagram protocol / real-time applications / much legacy technology / media session / Internet RFCs / communication applications / individual media / multicast / adaptive wireless / media processing viewpoint / session description protocol / Internet protocol DARPA internet program protocol specification / time streaming protocol / real-time transport control protocol / media identifier / base technologies / cases different media coding types / mobile ad hoc networks / Internet technologies / aware application layer devices / media adaptation / /

NaturalFeature

RTP stream / /

Organization

Beijing Institute of Technology / Beijing / J. Zhejiang Univ. / Tampere International Center for Signal Processing / Berlin University of Technology / Berlin / Heinrich Hertz Institute / U.S. Securities and Exchange Commission / Fraunhofer Institute for Telecommunications / Multimedia Broadcast/Multicast Service / AVC / University of Science and Technology of China / Beijing / Tampere University of Technology / Graduate School at Beijing / SVC NAL / Asian Volleyball Confederation / RTP SVC / SVC RTP / United Nations / Stanford University / Technical University of Berlin / Board of Directors of UB Video Inc. / /

Person

T. Schierl / M. Handley / V / Thomas Schierl / M. Wien / B. Girod / S. McCanne / V / T. Wiegand / M. Kampmann / G. Sullivan / J. Reichel / Stephan Wenger / D. Tian / V / K. Wang / H. Schwarz / /

Position

player / author / Professor / Principal Scientist / driver / Editor / project manager / Lecturer and later Assistant Professor / Researcher / technical advisor and consultant / Chair / Design Engineer / /

Product

This solution / Codec-04 / /

ProvinceOrState

California / /

SportsLeague

Stanford University / /

Technology

MPEG-2 / MPEG / Real Time Streaming Protocol / video compression technology / Internet technologies / MPEG-4 / employed/envisioned RTP base technologies / parent protocols / encryption / MPEG-1 / wireless access / network address translation / Session initiation protocol / 1170 IEEE TRANSACTIONS ON CIRCUITS AND SYSTEMS FOR VIDEO TECHNOLOGY / 1172 IEEE TRANSACTIONS ON CIRCUITS AND SYSTEMS FOR VIDEO TECHNOLOGY / real-time transport control protocol / Session description protocol / IP / also related technologies / inference algorithm / 1164 IEEE TRANSACTIONS ON CIRCUITS AND SYSTEMS FOR VIDEO TECHNOLOGY / UDP / newly designed protocols / Technology of China / management protocol / cellular telephone / User datagram protocol / Internet protocol / much legacy technology / firewall / video conferencing / transport protocol / Multimedia technologies / 1168 IEEE TRANSACTIONS ON CIRCUITS AND SYSTEMS FOR VIDEO TECHNOLOGY / secure real-time transport protocol / Digital Object Identifier / /

URL

http /

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