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Algorithm description for Versatile Video Coding and Test Model 9 (VTM 9)
Abstract
The JVET established the Versatile Video Coding (VVC) working draft 9 and the VVC Test Model 9 (VTM9) algorithm description and encoding method at its 18th meeting (15-24 April 2020, teleconference meeting). This document serves as a source of general tutorial information on the VVC design and also provides an encoder-side description of VTM9. The VVC has been developed by a joint collaborative team of ITU-T and ISO/IEC experts known as the Joint Video Experts Team (JVET), which is a partnership of ITU-T Study Group 16 Question 6 (known as VCEG) and ISO/IEC JTC 1/SC 29/WG 11 (known as MPEG). This draft new standard has been designed with two primary goals. The first of these is to specify a video coding technology with a compression capability that is substantially beyond that of the prior generations of such standards, and the second is for this technology to be highly versatile for effective use in a broadened range of applications. Some key application areas for the use of this standard particularly include ultra-high-definition video (e.g., with 3840×2160 or 7620×4320 picture resolution and bit depth of 10 or 12 bits as specified in Rec. ITU-R BT.2100), video with a high dynamic range and wide colour gamut (e.g., with the perceptual quantization or hybrid log-gamma transfer characteristics specified in Rec. ITU-R BT.2100), and video for immersive media applications such as 360° omnidirectional video projected using a common projection format such as the equirectangular or cubemap projection format, in addition to the applications that have commonly been addressed by prior video coding standards.
JVET-R2002 Algorithm description for Versatile Video Coding and Test Model 9 (VTM 9) [J. Chen, Y. Ye, S. Kim] [WG 11 N 19195] (2019-06-05)
(Initial version planned to be made available by 2020-05-22.)
Request for ISO/IEC 23090-16 reference software specification in WG 11 N 19202.
Software release of the 9.0 version was expected by 2020-05-15.
Remains valid – not updated: JVET-N1003 Guidelines for VVC reference software development [K. Sühring] (2019-03-28)
Remains valid – not updated: JVET-Q2004 Algorithm descriptions of projection format conversion and video quality metrics in 360Lib (Version 10) [Y. Ye, J. Boyce] (2020-03-06)
References:
JVET-K0063
JVET-K0122
JVET-K0190
JVET-K0230
JVET-K0351
JVET-K0500
JVET-K0529
JVET-K0554
JVET-K0556
JVET-L0045
JVET-L0053
JVET-L0054
JVET-L0059
JVET-L0081
JVET-L0082
JVET-L0083
JVET-L0085
JVET-L0090
JVET-L0100
JVET-L0104
JVET-L0111
JVET-L0118
JVET-L0136
JVET-L0147
JVET-L0165
JVET-L0191
JVET-L0198
JVET-L0231
JVET-L0256
JVET-L0265
JVET-L0266
JVET-L0271
JVET-L0272
JVET-L0274
JVET-L0279
JVET-L0283
JVET-L0285
JVET-L0293
JVET-L0338
JVET-L0340
JVET-L0369
JVET-L0377
JVET-L0392
JVET-L0410
JVET-L0414
JVET-L0553
JVET-L0628
JVET-L0632
JVET-L0646
JVET-L0664
JVET-L1012
JVET-M0063
JVET-M0064
JVET-M0102
JVET-M0111
JVET-M0118
JVET-M0140
JVET-M0142
JVET-M0147
JVET-M0173
JVET-M0238
JVET-M0246
JVET-M0253
JVET-M0273
JVET-M0297
JVET-M0328
JVET-M0407
JVET-M0427
JVET-M0444
JVET-M0453
JVET-M0464
JVET-M0483
JVET-M0487
JVET-M0883
JVET-N0054
JVET-N0103
JVET-N0105
JVET-N0137
JVET-N0146
JVET-N0178
JVET-N0180
JVET-N0185
JVET-N0188
JVET-N0193
JVET-N0194
JVET-N0217
JVET-N0242
JVET-N0246
JVET-N0247
JVET-N0251
JVET-N0266
JVET-N0271
JVET-N0280
JVET-N0286
JVET-N0302
JVET-N0308
JVET-N0325
JVET-N0340
JVET-N0407
JVET-N0413
JVET-N0415
JVET-N0435
JVET-N0447
JVET-N0473
JVET-N0481
JVET-N0483
JVET-N0847
JVET-N0866
JVET-N0868
JVET-N1010
JVET-O0050
JVET-O0052
JVET-O0055
JVET-O0057
JVET-O0060
JVET-O0061
JVET-O0065
JVET-O0070
JVET-O0090
JVET-O0094
JVET-O0105
JVET-O0106
JVET-O0108
JVET-O0119
JVET-O0122
JVET-O0159
JVET-O0213
JVET-O0219
JVET-O0258
JVET-O0265
JVET-O0272
JVET-O0277
JVET-O0304
JVET-O0315
JVET-O0364
JVET-O0366
JVET-O0368
JVET-O0409
JVET-O0414
JVET-O0426
JVET-O0432
JVET-O0455
JVET-O0472
JVET-O0502
JVET-O0529
JVET-O0543
JVET-O0545
JVET-O0590
JVET-O0617
JVET-O0623
JVET-O0634
JVET-O0640
JVET-O0650
JVET-O0655
JVET-O0662
JVET-O0681
JVET-O0683
JVET-O0919
JVET-O0925
JVET-O1038
JVET-O1109
JVET-O1124
JVET-O1136
JVET-O1153
JVET-O1168
JVET-O1170
JVET-P0054
JVET-P0057
JVET-P0058
JVET-P0059
JVET-P0072
JVET-P0077
JVET-P0168
JVET-P0170
JVET-P0254
JVET-P0298
JVET-P0325
JVET-P0365
JVET-P0371
JVET-P0408
JVET-P0436
JVET-P0505
JVET-P0562
JVET-P0641
JVET-P0803
JVET-P0983
JVET-P1000
JVET-P1023
JVET-P1026
JVET-P1034
JVET-P2011
JVET-Q0054
JVET-Q0089
JVET-Q0101
JVET-Q0150
JVET-Q0267
JVET-Q0291
JVET-Q0293
JVET-Q0297
JVET-Q0330
JVET-Q0408
JVET-Q0491
JVET-Q0493
JVET-Q0495
JVET-Q0501
JVET-Q0503
JVET-Q0504
JVET-Q0512
JVET-Q0514
JVET-Q0516
JVET-Q0629
JVET-Q0695
JVET-Q0712
JVET-Q0784
JVET-Q0795
JVET-Q0806
JVET-Q0820
JVET-Q1004
JVET-Q2004
JVET-Q2014
JVET-R2001
JVET-R2013
Cited:
Decisions
Remains valid – not updated: JVET-Q2004 Algorithm descriptions of projection format conversion and video quality metrics in 360Lib (Version 10) [Y. Ye, J. Boyce] (2020-03-06)
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