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Multimedia Architecture and Processing Laboratory (MAPL) [email protected]://mapl.nctu.edu.tw*
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99*
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2000~2001Intel Microprocessor Research Laboratory, Santa ClaraIntelMPEG-4(Fine Granularity Scalability, FGS)MPEG3-DFGS(Real-Time)MPEG-4 FGSIntel MPEG Processing LibraryCPU2003MPEGJVTMPEG-4 Part 10 Amd.3(Scalable Video Coding, SVC)MPEG-4 Part 10 Amd.4 (Multi-View Video Coding, MVC)SVC(Core Experiments)20032004Call for EvidenceCall for Proposal*
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(c. 1) (High-Performance Video Coding) (Scalable Video Coding) (Free viewpoint Television) (Compressive Sensing) (Mobile Visual Search)ISO/IEC MPEGITU-T VCEG2010High-Performance Video Coding Call-for-Proposal(# of algorithms received worldwide = 27; : MediaTek())*
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Professional ActivitiesISO/IEC MPEG(MPEG Delegate) IEEE Circuits and Systems Society Visual Signal Processing and Communications(Technical Committee Member)IEEE Circuits and Systems Society Multimedia Systems and Applications(Technical Committee Member)2007 IEEE Workshop on Scalable Video Coding and Transport (SVCT)(Organizing Committee Member)2010 IEEE International Conference on Multimedia & Expo (ICME) Special Session on Futuristic High-Performance Video Coding(Organizer)
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High-Performance Video Coding (HVC)Scalable Video Coding (SVC)Free Viewpoint Television (FTV)Compressive Sensing (CS)Mobile Visual Search (MVS)
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High-Performance Video Coding (HVC)HVC(Super Hi-Vision, 76804320)H.264/AVCHVCH.264/AVCHVCCall for ProposalSuper Hi-Vision http://www.nhk.or.jp/digital/en/super_hi/index.htmlHVC http://www.h265.net/
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Scalable Video Coding (SVC)96-2628-E009-015-MY3 ()SVCMPEGVCEGMPEG-4 AVC/H.264H.264SVChttp://www.radvision.com/Visual-Communications/Video-Communications-Technology/Scalable-Video-Coding/*
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Compressive Sensing (CS)Nyquist Rate Theory2 Aliasing--Compressive SensingNyquist Rate1)2)3)4)Compressive SensingCompressive SensingEECS*
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Free viewpoint Television (FTV)96-2220-E009-038(3-D)FTVMPEG071)2)3)4)1)2)3)*
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Mobile Visual Search (MVS)Mobile Visual Search (MVS)CDMVSdatabaseMVS +searchhttp://scien.stanford.edu/mvs/index.htmlhttp://www.google.com/mobile/goggles/#landmark
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HVC , PhD Student [email protected] , Master Student [email protected] , Master Student [email protected] , Master Student [email protected] , Master Student [email protected] *
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(Period)--:2006/8/1 ~ Present3-D2007/11/1 ~ Present~ PresentLocation-Free H.264/AVC~ 2007/12/31 H.264 ScalableDSP MPEGVC/H.26495-2218-E-009-208-
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Intel i7 series
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(c. 1)*9Server*25()*3*13-D*1
30*126*324*520*319*9*2*1*1*
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Knowledge RequirementC/C++ Programming ...
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(NT8000NT6000NT5000)(MPEGJVT)
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720721, 59287/59286 [email protected] (0932889109) [email protected] (0921381508)431,[email protected] (0955028902)
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(H.264MPEG-4)()*
*Good afternoon lady and gentlemen. I am Wen-Hsiao Peng from National Chiao-Tung University, TaiwanThis is a paper about how to use a prioritized coding scheme to improve the coding efficiency of scalable video coding standard.
*MPEG-4 FGS offer a layer coding for SNR scalability.
The input video is coded into two layers. Base-layer represents minimum guaranteed visual quality while enhancement-layer represent refinement information. The actual decoded quality depends on how much enhancement-layer information is received.
For fine granular scalability, the enhancement-layer is coded with DCT based bit-plane coding. The bit-planes are coded from MSB to LSB. Also, for each bit-plane, DCT blocks are coded in raster scanning order. In addition, for each DCT block , transform coefficients are coded in zigzag order.
Similar bit-plane coding scheme is widely used in different FGS algorithms such as PFGS, RFGS and MFGS etc.*********
