Video coding standards k. R. Rao, Do Nyeon Kim J. J. Hwang Springer 2014
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- 5.1 Introduction: Error: Reference source not found 5.2 Joint Collaborative Team on Video Coding (JCT-VC) Error: Reference source not found
- H.264 Advance Video Coding (AVC)/ MPEG-4 Part 10 REFERENCES 92 Books on H.264 : 98 H.264 Standard, JM SOFTWARE 99
- TS22 http://www3.americanradiology.com/pls/web1/wwimggal.vmg 148 IEEE Journal on Emerging and Selected Topics in Circuits and Systems (JETCAS) 151
- SE15 ITU-R BT500-13 (2012) Methodology for the subjective assessment of the quality of television pictures. International Telecommunication Union. 156 BOOKS ON HEVC 157
- Open Source Software : 165 X265 Source code 167 vTune amplifier by Intel 168 General 168 REFERENCES ON SSIM 170
- JPEG-LS: 186 JPEG: 187 JPEG XT 188
- The goal of the project is to provide a free to implement, use and distribute digital media format and reference implementation with technical performance superior to h.265. 197
- Introducing Daala part 3: Time/Frequency Resolution Switching 198 Introducing Daala part 4: Chroma from Luma 198
- AVS China: 200 References on Screen Content Coding 203 BEYOND HEVC: 208
- Sl. no Subject of References of Projects
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` 1 High Efficiency Video Coding (HEVC) Revised/Updated Chapter from the book VIDEO CODING STANDARDS K. R. Rao, Do Nyeon Kim J.J. Hwang Springer 2014 Table of Contents5 High efficiency video coding (HEVC) Error: Reference source not found ABSTRACT Error: Reference source not found 5.1 Introduction: Error: Reference source not found 5.2 Joint Collaborative Team on Video Coding (JCT-VC) Error: Reference source not found Table of Contents 1 5 High efficiency video coding (HEVC) 13 ABSTRACT 13 5.1Introduction: 13 5.2Joint Collaborative Team on Video Coding (JCT-VC) 13 5.3Analysis of coding tools in HEVC Test Model, HM 1.0 – Intra prediction 24 5.4HEVC Encoder 25 5.4.1Intra prediction 31 5.4.2Transform coefficient scanning 33 5.4.3Luma and chroma fractional pixel interpolation 34 5.4.4Comparison of coding tools of HM1 and HEVC draft 9 35 5.5Extensions to HEVC 36 5.6Profiles and levels 36 5.7Performance and computational complexity of HEVC encoders 37 5.8System layer integration of HEVC 38 5.9HEVC lossless coding and improvements [E86] 38 5.10Summary 40 5.11Projects 45 P.5.250 See [E382] This paper explains clearly the fully pipelined architecture for intra prediction in HEVC and achieves a high throughput of 4 pels per clock cycle. It can decode 3840x2160 videos at 30 fps. In the conclusions the authors state “in the future work, we plan to implement the proposed architecture on ASIC platform to increase the system frequency, aiming at achieving real-time video decoding of higher resolution(higher than 4K videos)”. Explore this. 89 P.5.254 See [E384]. After describing the mosaic videos with arbitrary color filter arrays (Fig. 1), the authors propose a novel chroma subsampling strategy (4:2:0 format) for compressing mosaic videos in H.264/AVC and HEVC. They claim that this strategy has the best quality and bitrate compared with previous schemes. 89 H.264 Advance Video Coding (AVC)/ MPEG-4 Part 10 REFERENCES 92 Books on H.264 : 98 H.264 Standard, JM SOFTWARE 99 HEVC (High Efficiency Video Coding) / NGVC (Next Generation Video Coding) References 102 Software repository; Scalable extensions of HEVC 117 Build System 118 Software Structure 118
JPEG XT Projects: 191 PNG 194 DIRAC (BBC) 195 DAALA 197 Daala video compression 197 Daala is the code-name for a new video compression technology. The effort is a collaboration between Mozilla Foundation, Xiph.Org Foundation and other contributors. 197 The goal of the project is to provide a free to implement, use and distribute digital media format and reference implementation with technical performance superior to h.265. 197 Technology demos 198 Next generation video: Introducing Daala 198 Introducing Daala part 2: Frequency Domain Intra Prediction 198 Introducing Daala part 3: Time/Frequency Resolution Switching 198 Introducing Daala part 4: Chroma from Luma 198 Daala: Painting Images For Fun (and Profit?) 198 Daala: Perceptual Vector Quantization (PVQ) 198 MD1. I. Irondi, Q. wang and C. Grecos, “Subjective evaluation of H.265/HEVC based dynamic adaptive video streaming over HTTP (HEVC-DASH), SPIE-IS&T Electronic Imaging, vol.9400, p. 94000B (session: real-time image and video processing), 2015. 199 AVS China: 200 References on Screen Content Coding 203 BEYOND HEVC: 208 Projects on BEYOND HEVC: 208 Post – HEVC activity 211
Legacy Codec………………………………………………………..…………………………………………………………………….….196 PSNRAVG........................................................................................................................................ 196 Acknowledgements ........................................................................................................................ 196 ACRONYMS 2D Two dimension 3D Three dimension AAC Advanced Audio Coding ACM MoVid Association for Computer Machinery Mobile Video ACQP Adaptive Chroma Quantization Parameter AHG Ad Hoc Groups AI All Intra AR Augmented Reality AIF Adaptive Interpolation Filter ALF Adaptive Loop Filter AMVP Advanced Motion Vector Prediction AOM Alliance for Open Media APIF Adaptive Pre-Interpolation Filter APSIPA Asia Pacific Signal and Information Processing Association ARM Advanced RISC Machines ASIC Application-Specific Integrated Circuit ASIP Application Specific Instruction Set Processor ASO Arbitrary Slice Order ATR Average Time Reduction ATSC Advanced Television Systems Committee AVC Advanced Video Coding—the official MPEG name is ISO/IEC 14496-10--MPEG-4 Part 10, and ITU-T name is ITU-T H.264 AVS Audio Video Standard AU Access Unit BBC British Broadcasting Corporation BCBR Block-composed background reference BD Bjontegaard Delta BH Beyond HEVC BL Base Layer BLA Broken Link Access bpp Bits per pixel BRISQUE Blind/reference less image spatial quality evaluator BS Boundary Strength BSTM Butterfly Style Transform Matrices BV Block vector BVP Block vector prediction CABAC Context Adaptive Binary Arithmetic Coding CAVLC Context-adaptive variable-length coding CCP Cross Component prediction CE Consumer Electronics, Core Experiment CfE Call for Evidence CfP Call for Proposal CI Confidence Interval COFDM Co-orthogonal Frequency Division Multiplexing CPU Central Processing Unit CRA Clean Random Access CRA Clean Random Access CRI Color Remapping Information CSVT Circuits and Systems for Video Technology CTC Common Test Conditions CU Coding Unit CU Coding Unit CUDA Compute Unified Device Architecture CWWSSIM Complex-Wavelet Structural Similarity Index DASH Dynamic Adaptive Streaming over HTTP DATE Design, automation and test in Europe DCC Data Compression Conference DCT Discrete Cosine Transform DCTIF Discrete Cosine Transform Interpolation Filters DDCT Directional Discrete Cosine Transform DF Deblocking Filter DIP Digital Image Processing DiOR Digital Operating Room DIQA Document Image Quality Assessment DMB Digital Multimedia Broadcasting DMVD Decoder side Motion Vector Derivation DPCM Differential Pulse Code Modulation DR DIRAC (BBC) DSC Display Stream Compression DSCQS Double Stimulus Continuous Quality Scale DSIS Double Stimulus Impairment Scale DSP Digital Signal Processing DSIS Double Stimulus Impairment Scale DST Digital Sine Transform DTM Directional Template Matching DTT Discrete TChebichef Transform DTV Digital Television DVB-H Digital Video Broadcasting - Handheld EBU European Broadcasting Union EC Error Concealment EE Electrical Engineering EGK Exp. Golomb Kth order EI Electronic Imaging EL Enhancement Layer
ETRI Electronics and Telecommunications Research Institute EURASIP European Association for Signal Processing FCDR False contour detection and removal FDAM Final Draft Amendment FDIS Final Draft International Standard FF File Format FIR Finite Impulse Response FMO Flexible Macroblock Ordering FPGA Field Programmable Gate Array fps Frames per second GPU Graphics Processing Unit HD High Definition HDR High Dynamic Range HDTV High Definition Television HE-AAC High Efficiency Advanced Audio Coder HEIF High Efficiency Image File Format HEVC High efficiency video coding—the official MPEG name is ISO/IEC 23008-2 MPEG-H Part 2 and ITU-T name is ITU-T H.265 HEVStream High Efficiency Video Stream HHI Heinrich Hertz Institute HLS High Level Syntax HM HEVC Test Model HOR Horizontal HP High Profile HTTP Hyper Text Transfer Protocol IASTED International Association of Science and Technology for Development IBC Intra Block Copy ICASSP International Conference on Acoustics, Speech, and Signal Processing ICCE International Conference on Consumer Electronics ICIEA IEEE Conference on Industrial Electronics and Applications ICIP International Conference on Image Processing ICME International Conference on Multimedia and Expo ICPC International Conference on Pervasive Computing ICPR International Conference on Pattern Recognition IDR Intra Decoding Refresh IEC International Electrotechnical Commission IEEE Institute of Electrical and Electronics Engineers ILR Inter Layer Interference INTDCT Integer Discrete Cosine Transform intra HE Intra High Efficiency IPTV Internet Protocol Television IQA Quality assessment for images IS & T Information Systems and Technology ISCAS International Symposium on Circuits and Systems ISCCSP International Symposium on Communications, Control and Signal Processing ISDB-T Integrated Services Digital Broadcasting - Terrestrial ISO International Organization for Standardization ISOBMFF ISO Based Media File Format ITS International Telecommunication Symposium ITU-T Telecommunication Standardization Sector of the International Telecommunications Union
IVC Internet Video Coding IVMSP Image, Video, and Multidimensional Signal Processing J2K JPEG 2000 JCI JND- based compressed image JCTVC Joint Collaborative Team on Video Coding JEM Joint Exploration Model JLS JPEG-LS JND Just Noticeable Distortion JM Joint Model JMKTA JM Key Technology Areas JPEG Joint Photographic Experts Group JPEG-XR JPEG extended range JSVM Joint Scalable Video Model JTC Joint Technical Committee JVCIR Journal of Visual Communication and Image Representation JVT Joint Video Team JXR JPEG-XR JXT JPEG- XT KTA Key Technology Areas LAR-LLC Locally-adaptive Resolution Lossless low-complexity LD Low Delay LDB Low Delay with B pictures LDP Low Delay with P pictures LR Low Resolution LS Lossless (near lossless) LSC Layer segmentation based coding L-SEABI Low complexity back projected interpolation M.S. Masters MANE Media – Aware Network Element Mbit/s Megabit per second MC Motion Compensation MCL Media Communication Lab MDDCT Modified Directional Discrete Cosine Transform MDDT Mode-Dependent Directional Transform ME Motion Estimation MJPEG Motion JPEG MMSP Multimedia Signal Processing MOMS Maximal-Order interpolation with Minimal Support MOS Mean Opinion Score MPEG Moving Picture Experts Group—the official ISO name is ISO/IEC JTC1/SC29/Working Group 11. Mpixel Megapixel Mpm Most Probable Modes MRSE Mean Root Square Error MSP Main Still Profile MV Motion Vector MVC Multi View Coding NAB National Association of Broadcasters NAL Network Abstraction Layer NGBT Next Generation Broadcast Television NGVC Next Generation Video Coding NIQA Natural image quality assessment NUH NAL Unit Header NTT Nippon Telegraph and Telephone Corporation OP Overview Papers OR Outlier ratio OSS Open Source Software PCM Pulse Code Modulation PCS Picture Coding Symposium PCoIP PC over IP PLCC Pearson linear correlation coefficient PPS Picture Parameter Set PSNR Peak-to-peak signal to noise ratio PU Prediction Unit PVC Perceptual Video Coding QOE Quality of Experience QP Quantizer parameter RA Random Access RADL Random Access Decodable RASL Random Access Skipped RD Rate Distortion RDOQ Rate-distortion optimized quantization RDPCM Residual Differential Pulse Code Modulation RDH Reversible Data Hiding RICT Recursive Integer Cosine Transform RL Reference Layer RMHD Real Media HD RMVB Real Media Variable Bitrate ROI Region of interest ROT Rotational Transform RTC Real Time Communications RTP Real-time Transport Protocol RQT Residual Quad Tree SAO Sample adaptive offset SC Sub Committee SC Stimulus Comparison SCADA Supervisory Control and Data Acquisition SCC Screen Content Coding SCM Screen content coding test module SDCT Steerable Discrete Cosine Transform SDR Standard Dynamic Range SDSCE Simultaneous Double Stimulus Continuous Evaluation SE Subjective Evaluation SEI Supplemental Enhancement Information SELC Sample based weighted prediction for Enhancement Layer Coding SG Study Group SHV Super Hi-Vision SHVC Scalable High Efficiency Video Coding SI Switching I SIQA Screen image quality assessment SIMD Single Instruction Multiple Data SIP Signal and Image Processing SMPTE Society of Motion Picture and Television Engineers SoC System on Chip SHV Super Hi- Vision SHVC Scalable HEVC SP Switching P SPA Signal Processing: Algorithms, Architectures, Arrangements, and Applications SPEC Shape primitive extraction and coding SPL Special SPS Sequence parameter set Spl H Special Issues on HEVC SPIE Society of Photo-Optical and Instrumentation Engineers SR Super Resolution SROCC Spearman Rank Order Correlation SS Single Stimulus SSCQE Single Stimulus Continuous Quality Evaluation SSIM Structural Similarity SSST Southeastern Symposium on System Theory SSVC Spatially Scalable Video Coding SVC Scalable Video Coding SWP Sample-based weighted prediction TB Transform Block TE Tool Experiment TS Test Sequence, Transport Stream TSM Transform skip mode TENTM Tandberg, Ericsson and Nokia Test Model TMuC Test Model under Consideration TMVP Temporal Motion Vector Prediction TMO Tone Mapping Operator TSA Temporal Sub-layer Access TU Transform Unit Tut Tutorial TX Texas TZSearch Test Zone Search UHD Ultra High Definition UHDTV Ultra High Definition Television UTA University of Texas at Arlington VC Video Coding VCB Video Coding for Browsers VCEG Visual Coding Experts Group-he official ITU name is ITU-T/SG 16/Q.6- t VCIP Visual Communications and Image Processing VCIR Visual Communication and Image Representation VDP Visible difference predictor VER Vertical VESA Video Electronics Standards Association ViMSSIM Video modified Structural Similarity VLSI Very Large Scale Integrated circuit VPS Video Parameter Set VQA Video Quality Assessment VQE Video Quality Experience VQEG Video Quality Experts Group VSB Vestigial Sideband VUI Video Usability Information WCG Wide Color Gamut WD Working Draft WG Working group WCG Wide Color Gamut WQVGA Wide Quarter Video Graphics Array WSIs Whole slide images WVC Web Video Coding WVGA Wide Video Graphics Array YCbCr Y is the Brightness (luma), Cb is blue minus luma (B-Y) and Cr is red minus luma (R-Y) # of references and # of projects for each category.
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