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Crosscheck of JVET-AP0059 (EE2-3.2c/d: On the Dead-Zone in Quantization)
AHG12: Optimizations for JVET-AN0271 software
Algorithm description of Enhanced Compression Model 19 (ECM 19)
Software optimization and complexity reduction of ECM
Response to the joint CfE on video compression with capability beyond VVC
Algorithm description of Enhanced Compression Model 18 (ECM 18)
EE2-4.5: On performance improvement of NN-ILF in ALF
EE2-4.4: On In-Loop filtering in ECM
EE1-2.1: Improved VLOP Attention with SIMD acceleration
EE2-3.5: a combination of EE2-3.3 and EE2-3.4
EE2-3.4: Reduced zero-out for NSPT kernels
Algorithm description of Enhanced Compression Model 17 (ECM 17)
AhG14: Improvement of SIMD implementation with expanded SIMD operators in SADL for LOP with Attention
EE2-5.4: On the performance improvement of NN-based ILF in ALF
EE2-related: NNLF interface in ECM
EE2-4.4: IntraNN NSPT set
Algorithm description of Enhanced Compression Model 16 (ECM 16)
Crosscheck of JVET-AK0064 (EE2-3.2: LFNST/NSPT set derivation for CCP coded block)
Crosscheck of JVET-AK0059 (EE2-1.2: Intra mode coding based on HoG of neighboring templates)
[EE2-3.1b*][EE2-3.7]: combination of tests 3.1b* and 3.7
Non-EE2: IntraNN NSPT set
EE2-3.8: Implicit MTS extension
EE2-3.1: Multiple transform set selection for intra LFNST/NSPT with subsampled DIMD for transform set selection
Algorithm description of Enhanced Compression Model 15 (ECM 15)
EE2-2.20_2.21: Neural network-based intra prediction with DIMD mode derivation
AHG12: ECM complexity trade-offs
Crosscheck of JVET-AJ0086 (Non-EE2: LFNST/NSPT set derivation for CCP coded block)
AHG12: Multiple transform set selection for intra LFNST/NSPT with subsampled DIMD for transform set selection
AHG12: 12-bit internal bit depth for ECM
AhG12: Neural network-based intra prediction with DIMD mode derivation
EE2-6.1-6.2: Entropy coding extensions
EE2-4.3: Corner and center subblocks for SBT
EE2-4.1: NSPT kernels for non-regular intra modes
Algorithm description of Enhanced Compression Model 14 (ECM 14)
EE2-6.1 related: Study of entropy coding extension
AHG12: Corner and center subblocks for SBT
Non-EE2: NSPT kernels for non-regular intra modes
Crosscheck of JVET-AI0065 (EE2-4.3: 16 States TCQ)
EE2-4.4c, EE2-4.4d and EE2-4.4g: Multiple Transform Set Selection for LFNST/NSPT using implicit kernel derivation
EE2-6.2: Context offset for gtX flags for transform coefficients
EE2-4.4a: Multiple transform set selection for intra LFNST/NSPT without complexity reduction
EE2-4.4b related: Encoder optimization for Test EE2-4.4b
EE2-2.8: Modifications to Matrix-based intra prediction
EE2-4.4e: Test 4.4a with reduced number of transform candidates
Algorithm description of Enhanced Compression Model 13 (ECM 13)
EE plan for Multiple Transform Set Selection
EE2-4.1 related: Alternative intra mode derivation for LFNST/NSPT kernel selection
AHG12: Context retraining for ECM-12.0
Crosscheck of JVET-AH0085 (EE2-6.2: Entropy coding extension)
Crosscheck of JVET-AH0079 (EE2-4.3: 16 States TCQ with State Exchange)
Crosscheck of JVET-AH0103 Non-EE2: Low-delay configurations for LFNST/NSPT
Algorithm description of Enhanced Compression Model 12 (ECM 12)
EE2-3.2: Transform coefficient coding
Non-EE2: Rice parameter derivation for transform skip residual coding
Algorithm description of Enhanced Compression Model 11 (ECM 11)
Non-EE2: Transform Coefficient Coding
Algorithm description of Enhanced Compression Model 10 (ECM 10)
EE2-2.5: Filtered Intra Block Copy (FIBC)
EE2-4.4: InterMTS for IBC and IntraTMP
Crosscheck of JVET-AE0125 (EE2-4.1 Shifting Quantizer Center)
EE2-4.3: Context modelling for transform coefficients for LFNST/NSPT
Algorithm description of Enhanced Compression Model 9 (ECM 9)
Crosscheck of JVET-AD0251 (AHG12: Shifting Quantizer Center)
AHG12: Context modeling for transform coefficients for LFNST/NSPT
Non-EE2: Filtering for IBC predicted block
EE2-1.8/1.9: IBC adaptation for coding of natural content
EE2-related: InterMTS for IBC and IntraTMP
AHG9: On the SEI processing order SEI message
Algorithm description of Enhanced Compression Model 8 (ECM 8)
EE1-1.9: Reduced complexity CNN-based in-loop filtering
EE2-4.2: Non-Separable Primary Transform for Intra Coding
AHG9: On the SEI processing order SEI message
Algorithm description of Enhanced Compression Model 7 (ECM 7)
Preliminary draft of algorithm description for Neural Compression Software (NCS-1)
EE1-1.7: Capacity Ablation of CNN-based in-loop filtering
Non-EE2: Non-Separable Primary Transform for Intra Coding
AHG9: On the SEI processing order SEI message
Algorithm description of Enhanced Compression Model 6 (ECM 6)
EE1-1.6: Deep In-Loop Filter With Fixed Point Implementation
AHG13: On VSEI film grain profiles
EE1-related: CNN based in-loop filtering with large activation layer
EE2-2.1: Regression based affine candidate derivation
EE2 2.1d: Combination test of EE2 2.1b and 2.5
EE2-2.2: Motion compensated picture boundary padding
Algorithm description of Enhanced Compression Model 5 (ECM 5)
EE2-related: Motion compensation boundary padding
EE2-related: Regression based affine candidate derivation
EE1-1.7: Combined Test of EE1-1.6 and EE1-1.3
EE1-1.6: Test on Deep In-Loop Filter with Adaptive Parameter Selection and Residual Scaling based on SADL implementation
AHG13: On film grain synthesis
Algorithm description of Enhanced Compression Model 4 (ECM 4)
Algorithm description of Enhanced Compression Model 3 (ECM 3)
AHG9/AHG13: Film grain blending process for film grain characteristics SEI message
EE2: Encoder partitioning optimization for ECM and crosscheck of EE2-1.1
Algorithm description of Enhanced Compression Model 2 (ECM 2)
EE2: Enhanced intra MTS and LFNST (tests 4.1, 4.2, and 4.4)
AHG9: Green Metadata SEI message for VVC
AHG9: Picture quality metrics SEI message
Crosscheck of JVET-W0119 (EE2: LFNST extension with large kernel (tests 4.5, 4.6, 4.7, and 4.8))
Preliminary draft of algorithm description for Enhanced Compression Model 1 Software (ECM 1)
AHG9: Picture quality metrics SEI message
Enhanced Intra MTS and LFNST for compression beyond VVC
CE-related: On history-enhanced method of Rice parameter derivation for regular residual coding (RRC) at high bit depths
CE-1.1, CE-1.2 and CE-1.4: On the Rice parameter derivation for high bit-depth coding
AHG9: Display orientation information SEI message
CE-4.5, CE-4.6 and CE-4.7: Combinations of RRC tests CE-1.1, CE-1.2 and CE-1.4 with CE-3.1/CE-3.2
CE-3.5 and CE-3.6: Combination of CE-1.2, CE-1.4/1.5 and CE-1.3
CE-1.1 and CE-1.2: On the Rice parameter derivation for high bit-depth coding
Balancing Luma-Chroma Channel Coding for DNN-based Intra-Frame Coding in JVET-U0079
A DNN Architecture for Intra-Frame Coding in YUV 4:2:0 format with Cross-Component Prediction
CE Related: On signalling and encoder optimization for Rice parameter derivation
CE-3.4: Combination of CE-1.2 and CE-2.1
[DNNVC] A study of handling YUV420 input format for DNN-based video coding
AHG9: On conditional signalling of GCI fields
AHG9: On sub-picture constraints
AHG9: On sub-picture constraints
AHG12: On Subpicture sub-bitstream exaction
AHG9: On PPS cleanups
AHG9: On pps_cabac_init_flag signalling
AHG9: On virtual boundaries
AHG9: On high level syntax for longer tap deblocking filter
AHG 9: On AUD for sub-bitstream extraction
AHG9: On GCI cleanups
AHG9: On editorial cleanups
AHG9: On picture bumping process
AHG9: On OLS and sublayers
AHG9: On HRD bitstream
AHG8: On scaling window constraint
AHG9: On reference picture list constraints
AHG9: On general constraint info signalling
AHG9: On new GCI flags
AHG9: On HLS Editorial cleanup
AHG12: On entry point signalling
AHG9: On unavailable reference pictures
AHG9: On SPS cleanups
AHG9: On GDR RPL constraint
AHG9: On GCI semantic constraints
AHG9: On GCI syntax structure
AHG9: On high level control parameters
AHG9: Combination of JVET-R0049 and JVET-R0271
AHG9: On sub-bitstream extraction
AHG9/AHG14: High-level constraints of dependent quantization and sign data hiding
AHG11/AHG14: On sign data hiding of transform skip block
AHG 9: Combination of JVET-R0177/R0301 and JVET-R0074/R0232 on APS Signaling and Semantics Cleanup
AHG8: On CVSS AU
AHG14: Residual coding constraints for transform skip blocks
AHG14: On signalling for lossless coding
AHG8: On PTL, HRD, and DPB structures signalling in VPS and SPS
AHG9: On mixed nal unit type signalling and PPS cleanup
AHG9/AHG12: On subpicture ID mapping signalling
AhG12: On tile information signalling
AHG9: On PPS syntax
AHG9: On TemporalId and sublayer
AHG9: On slice transform skip residual coding method signalling
AhG9: On general constraint information syntax
AHG12/AHG9: On independent subpicture signalling
AHG8: On SPS sharing and slice type constraint
AHG9: On reference picture list signalling
AHG9: On IRAP NAL constraint for reordered sub-pictures
AHG9: APS signalled in picture header
AHG9: APS, LMCS, deblocking and PPS constraints
AHG9/AHG12: On mixed NAL unit types
AHG9: Miscellaneous HLS topics
AHG9: On VPS syntax
AHG9: On decoding capability information
SPS level control over the number of merge candidates
CE3-2.4: Luma and Chroma BDPCM for Lossless Coding with Regular Residual Coding
Crosscheck of JVET-Q0243 (Additional support of dependent quantization with 8 states)
AHG8/AHG9: DPB structure and picture output
CE3-related: Modification of chroma BDPCM
Combination of JVET-Q0106, JVET-0686 and JVET-Q0133 for LFNST Signaling, Latency Reduction and Scaling Process
Chroma LFNST Simplification and Signaling
A unified MTS and LFNST signaling based on the DC coefficient combined with JVET-Q0057
AHG9: A joint solution of constraints on RPR
AHG9: Text for combination of wrap around offset and RPR
AHG 9: On conditioning the presence of inter-/intra- related syntax elements in PH
On Intra Prediction Mode and Chroma BDPCM
AhG9: Cleanup for the maximum number of triangle merging candidates
On worst-case complexity of LFNST
CE3-related: TB-level residual coding selection for lossless coding
CE3-related: Additional Results with Luma and Chroma BDPCM on CE3-2.5
AhG12: On the slice number signaling dependent on subpictures
CE3-related: Transquant Bypass Mode for Lossless Coding
CE3-related: Simplification of rice parameter derivation
CE3-2.10: Luma BDPCM for lossless coding with RRC and residual rotation
CE3: Modified Rice Parameter Derivation for Residual Coding (CE3-1.1, CE3-1.2, CE3-2.8 and CE3-2.9)
AhG9: On the wraparound offsets
AhG8/AhG12: On the reference picture resampling for the subpictures
AhG12: On the subpicture-based scaling process
CE3-related: On signaling overhead for low-level lossless flags in CE3-2.5
CE3-related: On Last Position Signaling for Lossless Coding
CE3-2.11: Luma and Chroma BDPCM for lossless coding with RRC and residual rotation
CE3-related: Modified TS residual coding
Coefficient group based restriction on MTS signaling
AhG8: Constraints on the picture scaling ratios
CE3-related: Flag-free Lossless Coding in VVC
AHG12: On motion compensation for sub-pictures
AHG8: Enabling inter-layer prediction for STSA pictures
AHG9: On separate colour plane coding
AHG8: Clarification on DPB structure and picture output
AHG8: Indication for output picture size
AHG9: On picture header IRAP/GDR signalling
AHG9: On picture header
AHG9/AHG12: Miscellaneous HLS topics
AHG12: On entry point offset signalling
LFNST Signaling for Chroma based on Chroma Transform Skip Flags
CE3-2.5: Residual coding selection signaling for lossless coding
CE3-2.3: Luma BDPCM for Lossless Coding with Regular Residual Coding
CE3-2.1 and CE3-2.2: Luma/Chroma BDPCM for Lossless Coding with Transform Skip Residual Coding
CE3-2.7: Luma and chroma BDPCM and IBC with TSRC for lossless coding
CE3-1.3: Using RRC for lossless coding without state transition
Non-CE5: Suggested text changes for ALF padding process
Non-CE4: 32 bits coding for abs_mvd_minus2
AHG17: Bugfixes on constant slice header parameters
AHG8: Scaling window for scaling ratio derivation
AHG18: CE7.1.2d aligned with JVET-P0072 and JVET-P0298 methods for TS only based lossless coding JVET-P0606
AHG18: Performance of CE7-1.2d and CE7-2.2 on lossless coding
AHG8/Non-CE1: Phase shifts for resampling
AHG12/Non-CE5: Extending slice boundary processing for adaptive loop filter for raster scanned slices
Crosscheck of JVET-P0619 (Non-CE7: State-dependent Binarization for Transform Coefficient Levels)
AHG17: On log2_min_luma_coding_block_size_minus2
AHG18: On Last Position Signaling for Lossless
AHG18: Disabling Dependent Quantization for Lossless
AHG18: BDPCM for Lossless
AHG18: Disabling dependent quantization in lossless coding
Non-CE8: Quantization in palette escape mode
AHG18: Enabling lossless coding with minimal impact on VVC design
AHG17: High level syntax cleanup on the syntax elements of transform skip
CE7: Summary report on quantization and coefficient coding
AHG18: Rice parameter derivation for coefficient level coding in lossless
AHG18: Configurable Maximum Transform Size for Mixed Lossy and Lossless Coding
AHG12: On brick signaling
AHG8/CE1-related: Signalling filter coefficients for resampling
AHG12: On subpicture ID
CABAC zero word signalling
AHG12: On signaling and grid size of subpictures
AHG8: Resampled output picture
AHG8: On inter-layer reference picture index range
AHG17: APS for low latency ALF
CE7-related: Alignment of number of context coded bins per coefficients for TS residual coding and transform coefficient coding
AHG17: Improvement on signaling of constant slice header parameters
AHG8/AHG12: Decoding multiple independent layers with single-layer decoding process
CE7: Modifications to transform-skip residual coding (CE7-1.2)
CE7-2.2: QP dependent binarization in TS residual coding
Description of Core Experiment 7 (CE7): Quantization and coefficient coding
Non-CE6: A Simplification for MTS Index Signaling
Non-CE8: Minimum QP for Transform Skip Mode
Crosscheck of JVET-O0519 (Switching between CABAC context coded bins and EP coded bins)
CE8(7)-related: Alignment of number of context coded bins per coefficients for TS residual coding and transform coefficient coding
Cu level chroma QP control for VVC
Non-CE6: Combination of JVET-O0472 and JVET-O0569 for TU-level LFNST Signaling with Last Position Constraints
Non-CE6: LFNST Signaling at the TU Level
AHG8: Integrated Specification Text for Reference Picture Resampling
AHG8: Scalability for VVC – Text for approach 3
AHG8: Scalability for VVC – Text for approach 1
Non-CE6: An Improved Context Modeling for LFNST
CE6-related: Latency reduction for LFNST signalling
AHG8/AHG12: Decoding multiple independent layers with single-layer decoding process
Unified syntax for JVET-O0184/O0250/O0504 on DMVR and BDOF flag
Unified syntax for JVET-O0165/O0200/O0783 on TS and BDPCM signalling
Non-CE9: DMVR and BDOF on/off control
CE7-related: Interleaved coefficient coding for transform-skip mode
Chroma Delta QP for Separate Tree
CE7-related: QP dependent binarization in TS residual coding
CE7-related: Alternative method to RDPCM with TS level mapping
CE7: Sign context, level mapping, and bitplane coding for TS residual coding (CE7-3.7, CE7-3.8, CE7-3.9, CE7-3.10, and CE7-3.11)
Modification on Delta QP for Deblocking
CE8-related: RDPCM intra mode mapping, maximum RDPCM block size
Non-CE7: Context modeling unification in significant flag of coefficient group
CE7-related: Reduction of Gtx passes in transform skip residual coding
AHG12: On sub-bitstream extraction
AHG12: On tile and brick partition
CE7: Summary report on quantization and coefficient coding
AHG12: On rectangular slice signaling
CE7-related: Alternative configuration of CE7-2.2 joint chroma residual coding
AHG12: On rectangular slices
AHG12: On brick partitioning
AHG17: Multiple ALF APS for chroma
AHG17: Separate luma and chroma ALF APS types
AHG17: On TemporalId and NuhLayerId in APS
AHG17: On zero delta POC in reference picture structure
Non-CE7: A Simplified CBF Coding for Luma and Chroma
AHG8: On inter-layer reference for scalability support
AHG8: Enabling BDOF and DMVR for reference picture resampling
CE7: Joint chroma residual coding with multiple modes (tests CE7-2.1, CE7-2.2)
CE7-1: TB-level constraints on context-coded bins for coefficient coding
CE7-2.3: Joint coding of chroma residuals
Description of Core Experiment 7 (CE7): Quantization and coefficient coding
CE8-related: Quantized residual BDPCM
Cross-check of JVET-N0357: CE8-related: Context Modelling of Sign for TS Residual Coding
Cross-check of JVET-N0311 and JVET-0600: Context Modeling Simplification and Reduction in VVC
Cross-check of JVET-N0090: CE7-related: Support of signalling default and user-defined scaling matrices
CE8-related: Sign context modelling and level mapping for TS residual coding
CE7-related: Joint coding of chroma residuals
CE7-related: TU level limits on context-coded bins for coefficient coding
CE7: Summary report on quantization and coefficient coding
CE7: Template based Rice parameter derivation for coding of abs_remainder (CE7-4)
AHG12: Proposed JVET common test conditions and evaluation procedures for MCTS and sub-pictures with boundary padding
Description of Core Experiment 7 (CE7): Quantization and coefficient coding
CE7-related: coefficient scanning and last position coding for TUs of greater than 32 width or height
CE7-related: Golomb-Rice/exponential Golomb coding for abs_remainder and dec_abs_level syntax elements
CE7-related: unified Rice parameter derivation for coefficient coding
Request for flexible unit size tile with implementation friendly restriction
CE7-related: Template based Rice parameter derivation
Crosscheck of JVET-M0198 (CE7-related : Unified rice parameter derivation for coefficient level coding)
CE7: Summary report on quantization and coefficient coding
AHG12: On signalling of tiles
Description of Core Experiment 7 (CE7): Quantization and coefficient coding
JVET AHG report: High-level parallelism and coded picture regions (AHG12)
CE7: Summary report on quantization and coefficient coding
CE7: Transform coefficient coding with reduced number of regular-coded bins (tests 7.1.3a, 7.1.3b)
CE7: Entropy Coding for Dependent Quantization (test 7.1.2)
Description of Core Experiment 7 (CE7): Quantization and coefficient coding
Non-CE7: Entropy Coding for Dependent Quantization
CE7-related: TCQ with high throughput coefficient coding
CE7 summary report on quantization and coefficient coding
CE7: Coefficient Coding (Test 1.1)
Cross-check of JVET-K0072: Non-CE7: Alternative entropy coding for dependent quantization
Report of AHG12 on high-level parallelism
Description of Core Experiment 7 (CE7): Quantization and coefficient coding
Description of SDR, HDR and 360° video coding technology proposal by Qualcomm and Technicolor – low and high complexity versions
Partition only software of the video coding technology proposal by Qualcomm and Technicolor
Description of SDR, HDR and 360° video coding technology proposal by Qualcomm and Technicolor – medium complexity version
Crosscheck of JVET-G0088 on the derivation of WS-PSNR for ACP format
Crosscheck of JVET-G0089 on adaptive quantization for JEM-based 360-degree video coding
AHG8: Influence of coding size on objective gain in 360-degree video CTC
AHG8: ACP with padding for 360-degree video
AHG8: ECP with padding for 360-degree video
AHG8: A study of 360Lib projections on global motion sequences
AHG8: Reference picture extension of ACP format 360-degree video
Qualcomm’s response to Joint CfE in 360-degree video category
EE3: Cross-check for JVET-G0106 (Test 5 -- Adaptive QP for CMP in HM-360Lib)
EE3-JVET-F0049/F0038 Adaptive QP for ERP videos
AHG8: Adaptive QP for ERP 360º video
AHG8: Adjusted cubemap projection for 360-degree video
AHG8: On inactive pixels in evaluation of 360 video projections
AHG8: Equatorial cylindrical projection for 360-degree video
AHG8: Cross-check for JVET-E0021
AHG8: TSP Evaluation With Viewport-Aware Quality Metric For 360 Video
AHG8: On 360 Video Quality Evaluation
AHG8: Truncated Square Pyramid Projection (TSP) For 360 Video
Non-CE6: Combination of JVET-O0293, JVET-O0472 and JVET-O0569 for TU-level LFNST Signaling with Last Position Constraints
Non-CE6: LFNST Signaling at the TU Level with Last Position Constraints
AHG19: Support of adaptive resolution change (ARC) in VVC
Algorithm description of Enhanced Compression Model 20 (ECM 20)