Back to Search
Author profile
Documents
AHG9: Bug fixes for multiple prompts in NNPF SEI messages
AHG9: Bug fixes of NNPF SEI messages in TuC document
AHG9: On quality metrics SEI message
AHG9: On temporal interpolation and extrapolation indications in the EOI SEI message
AHG9: Transcoding history information SEI message
AHG9: On temporal extrapolation semantics in EOI SEI message
AHG9: On indication of intermediate data application in EOI, SPO and NNPFC SEI messages
AHG9: On shutter interval information SEI message
AHG9: Historical Information SEI message
AHG9: On temporal sublayer limitation in EOI SEI message
AHG9: On consistency of ViewId and NumViews in the SEI messages
AHG9: On consistency of maximum number of temporal sub-layers in the SEI messages
AHG9: Editorial improvements for VSEI v4 and TuC
AHG9: Additional auxiliary picture type to support V-PCC bitstreams
AHG9: On quality metrics SEI message
AHG9: On picture generation method indication in encoder optimization information SEI message
AHG9: On reserved zero bits semantics
AHG9: Extensions of decoded picture hash (DPH) SEI message
AHG9: On layer identifier range and number of layers information in the SEI messages
AHG9: Decoder post-processing information SEI message
AHG9: On SEI message semantics for human viewing and machine analysis
AHG9: Temporal resampling information SEI message
AHG9: Spatial and bit depth restoration SEI message
EE1-3.3 – NNVC-VLOP3 retraining adding BVI-AOM
EE1-3.1: Deep Reference Frame Generation for Inter Prediction Enhancement
EE1-1.1: Report on training with HOP architecture change for EE1-0 (variant 1)
EE1-1.4: Joint design of rotation and flipping on NNLF
EE1-3.1: Deep Reference Frame Generation for Inter Prediction Enhancement
AHG12: SbTMVP with MMVD
AHG11: Decoder complexity optimization for NNVC in-loop filter
AhG11/EE1: Status of the joint EE1-0 (LOP.2) training
EE1-1.2.3: Input and output rotation of model for NNVC in-loop filter
EE1-2.1: Deep Reference Frame Generation for Inter Prediction Enhancement
EE1-1.1.5: Combination test of EE1-1.1.1 and EE1-1.1.2
EE1-1.1.1: Optimization for complexity-performance trade-off of HOP network
AHG11/AHG14: Fix MS-SSIM calculation for SR
AHG11: Input and output rotation of model for NNVC in-loop filter
EE1-1.5: Optimization for complexity-performance trade-off of HOP network
EE1-5.1: Deep Reference Frame Generation for Inter Prediction Enhancement
AHG8: Improvements of the BD-rate model using monotonic curve-fitting method
EE2-2.5b: Combined test of Test 2.2 and Test 2.3
AHG8: Update on TVD object tracking dataset
EE1-1.7-related: Combination test for NNVC based on filter set 0
AHG11: Unified NNLF solution for high operation point
On Common Test Conditions document
EE2-2.3: SbTMVP with MMVD
AHG8: VVC tool analysis for Machines Vision Tasks
EE1-1.7: Optimization of training and network for NNVC filter set 0
EE1-2.1-related: DRF Model without QP Input
EE1-2.1: Deep Reference Frame Generation for Inter Prediction Enhancement
EE2-2.7: Enhanced temporal motion information derivation
EE1-related: Combination of EE1-1.1 and EE1-1.2
Non-EE2: SbTMVP with MMVD
EE1-1.1-related: More refinements on NN based in-loop filter
EE2-3.8: Combination of chroma IBC tests
EE1-1.2: encoder-only optimization for NN based in-loop filter with a single model
EE1-2.2: GOP Level Adaptive Resampling with CNN-based Super Resolution
AHG11: Deep Reference Frame Generation for Inter Prediction Enhancement
EE1-1.1: More refinements on NN based in-loop filter with a single model
EE2-3.7: Chroma IBC method as in VTM-5.0
Crosscheck of JVET-AB0118 (EE2-2.5a: Enhanced temporal motion information derivation)
EE1-2.3 related: GOP Level Adaptive Resampling with CNN-based Super Resolution
Preliminary draft of algorithm description for Neural Compression Software (NCS-1)
EE1-1.8-related: using additional models for higher temporal layers
EE1-1.8-related: encoder-only optimization for NN based in-loop filter with a single model
EE1-1.8: More refinements on NN based in-loop filter with a single model
EE1-2.3：A CNN-based Super Resolution Method with GOP Level Adaptive Resolution
AHG11: Deep Reference Frame Generation for Inter Prediction Enhancement
EE1-related: More refinements on EE1-1.4 and EE1-1.5
EE1-1.5: Neural network based in-loop filter with a single model
EE1-1.4: Neural network based in-loop filter with 2 models
AHG11: Neural Network based Super Resolution for Video Coding Using Multiple Side Information
EE1-1.1: The Performance of Single-Model Filter Trained on the VTM and ECM Reconstruction
AHG11: Deep Reference Frame Generation for Inter Prediction Enhancement
EE1-related: The performance of EE1 Test 1.1 and Test 1.2 on ECM-4.0
EE1-related: Additional results on Test 1.1 and Test 1.2 with 8-bit quantization
EE1-1.2: Neural network based in-loop filter with a single model
EE1-1.1: Neural network based in-loop filter with 2 models
EE1-1.1-related: alternative filter designs
EE1-1.1-related: the result of neural network based in-loop filter on ECM
EE1-1.1: neural network based in-loop filter with constrained storage and low complexity
AHG11: NN-based Reference Frame Interpolation for VVC Hierarchical Coding Structure
AHG11: NN-based Reference Frame Interpolation for VVC Hierarchical Coding Structure
JVET AHG report: Conformance testing (AHG5)
AHG11: neural network based in-loop filter with constrained storage and low complexity
AHG11: neural network based in-loop filter with adaptive model selection
EE1-1.5: neural network based in-loop filter using depthwise separable convolution and regular convolution
EE1-1.3: neural network based in-loop filter
AHG11: neural network based cross-component prediction model
AHG11: neural network based in-loop filter
JVET AHG report: Conformance testing (AHG5)
EE1: neural network based in-loop filter using depthwise separable convolution and regular convolution
EE1: SSIM based CNN model for in-loop filtering
EE1-1.1: neural network based in-loop filter using depthwise separable convolution and regular convolution (JVET-U0061)
AHG11: Neural network based temporal processing
AHG9/AHG11: SEI messages for carriage of neural network information for post-filtering
JVET AHG report: Conformance testing (AHG5)
A video dataset for training in neural network based video coding
AHG9/AHG11: SEI message for carriage of neural network information for post filtering
EE: SSIM based CNN model for in-loop filtering
AHG5: Editors update on VVC conformance testing
JVET AHG report: Conformance testing (AHG5)
VTM common test conditions and software reference configurations for non-4:2:0 colour formats
AHG11: Updated information on inter-prediction coding tool with deep neural network
Performance of a VVC software decoder
AHG11: Information on inter-prediction coding tool with deep neural network
AHG11: SSIM based CNN model for in-loop filtering
JVET AHG report: Conformance testing (AHG5)
Performance Comparison of Screen Content Coding between HEVC and VVC
JVET AHG report: Conformance testing (AHG5)
JVET AHG report: Screen content coding (AHG11)
JVET common test conditions and software reference configurations for non-4:2:0 colour formats
JVET common test conditions and software reference configurations for non-4:2:0 colour formats
Suggested common test conditions and software reference configurations for extended colour formats
CC-ALF: Integrated Text for the Cross Component Adaptive Loop Filter
On chroma QT split
On minimum chroma QT size derivation
AHG 9: On conditioning the presence of inter-/intra- related syntax elements in PH
AHG 9: Picture header syntax cleanups
Crosscheck report of JVET-Q0326 (CE5-related: On CC-ALF slice and picture header syntax)
AHG9: Picture Header in Slice Header
CE2: Summary Report on Palette Mode Coding
AHG11: picture/slice level deblocking control flag for IBC
Constraint on minimum CU size
CE5-related: Simplified CCALF
Crosscheck report of JVET-Q0224 (AHG9/AHG12: On raster scan slice within a picture)
AHG 9: On picture header
Conditional signaling of SAO
CE1-4: Disable deblocking for affine sub-PU edges when PROF is applied
Description of Core Experiment 2 (CE2): Palette Mode Coding
Non-CE8: An alternative IBC virtual buffer setting to avoid reference sample wrapping around
Non-CE8: Constraints on IBC reference block locations
BoG report on palette mode coding modifications
Non-CE8: On IBC merge list size signaling
Non-CE8: IBC chroma mode with dual-tree
Non-CE8: IBC slice level on/off
Non-CE4: On DMVR without padding
Non-CE4: On DMVR early termination
Crosscheck report of JVET-P0486 (CE8-related: Alignment of maximum transform-skip size with maximum transform block size)
Crosscheck report of JVET-P0386 (Non-CE8/Non-CE5: Deblocking for IBC blocks)
Crosscheck report of JVET-P0261 (Non-CE4: On Affine Motion Vector Restriction)
CE8: Summary Report on 4:4:4 Screen Content Coding Tools
Non-CE4: Unified AMVR signaling
Non-CE4: On inheritance of alternative half-pel interpolation filter flag in MMVD
Non-CE4: Motion pruning with alternative half-pel interpolation filter flag
Non-CE5: On deblocking on affine internal prediction sub-block edges
Non-CE4: Encoder optimization for subblock-based merge candidate search
Description of Core Experiment 8 (CE8): 4:4:4 Screen Content Coding Tools
Bitstream conformance with a virtual IBC buffer concept
Crosscheck report of JVET-O0162: Non-CE8: On IBC motion vector list construction
Crosscheck report of JVET-O0292: CE6-related: Simplifications for LFNST
Crosscheck report of JVET-O0074: CE8-1.6-related: IBC Dedicated Buffer with 120x128 8-bit Setting
Crosscheck report of JVET-O0565: CE8-related: Default chroma IBC mode with vertical/ horizontal copying
Crosscheck report of JVET-O0283: CE4-related: Simplification for SbTMVP
BoG report on CE8 related contributions
Crosscheck report of JVET-O0331: Non-CE8: On IBC BVP Candidate List Derivation
Non-CE8: On signaling of IBC block vector predictor list size
CE8-related: Modulo operations for IBC block vectors
CE8: Summary Report on Screen Content Coding Tools
CE4-2.4: Simplifications of interweaved affine mode
Non-CE4: Adaptive subblock size for affine motion compensation
AHG11: SCC test sequences for VVC standardization and suggestion for class F update
Non-CE4: On prediction refinement with optical flow
CE7: Modified limitation on context coded bins for residual coding of Transform Skip mode (CE7-3.5 and CE7-3.6)
Non-CE8: Modified intra mode associated with BDPCM
Non-CE4: On LIC for Affine
CE8-1.7: Single HMVP table for all CUs inside the shared merge list region for IBC
Description of Core Experiment 8 (CE8): Screen Content Coding Tools
Support of 4:4:4 and 4:2:2 chroma formats in VVC
CE8: Combination of MMVD and IBC mode (Test CE8-1.3a and CE8-1.3b)
CE8-related: Combination test of JVET-N0176/JVET-N0317/JVET-N0382 on simplification of IBC vector prediction
Crosscheck of JVET-N0464: Non-CE8 : MMVD Motion vector rounding for SCC
Crosscheck of JVET-N0329: CE8-related: Encoder improvements on IBC search
BoG report on CE8-related contributions and updates for screen content CTC
AOV YUV4:4:4 sequence for VVC standardization and suggestions for class F
CE4-related: Signaling of maximum number of triangle candidates
CE8-related: Modified limitation on context coded bins for CE8-4.3a and CE8-5.1a
CE4-related: modification of HMVP update process inside the shared merging candidate list region
Non-CE8: IBC search range increase for small CTU sizes
AHG16/Non-CE8: IBC search range adjustment for implementation consideration
CE8-related: unified IBC block vector prediction
Crosscheck of JVET-N0267: Non-CE4: shared merge list without double HMVP tables
Crosscheck of JVET-N0251: Non-CE8: Intra block copy clean-up
Crosscheck of JVET-N0175: Non-CE8: IBC Reference Memory for Arbitrary CTU Size
Crosscheck of JVET-N0247: Non-CE: An improvement to hash-based motion estimation
Non-CE2: Combination of affine MV clip and prediction refinement with optical flow
CE8: Summary Report on Screen Content Coding Tools
CE8: BDPCM with harmonized residual coding and CCB limitation (CE8-3.1a, CE8-3.1b, CE8-5.1a, CE8-5.1b)
Crosscheck of JVET-N0086: CE4-related: Reduction of interactions between bi-prediction coding tools
CE4-related: Fix of MMVD signalling
CE2-4.10: Constraint on constructed affine MV range
CE2-related: Simplifications of interweaved affine mode
CE2-5.1: Affine HMVP with modified affine inheritance
An implementation of adaptive color transform in VVC
Support of chroma 4:4:4 format in VVC
CE2-4.4: Affine block memory bandwidth reduction by MV clip
AHG16: Memory bandwidth reduction for small CUs
CE2-2.2: Affine merge with prediction offset
Description of Core Experiment 8 (CE8): Screen Content Coding Tools
crosscheck for JVET-M0253: Non-CE8: Hash-based Motion Search
CE8: CPR reference memory reuse with reduced memory requirement (CE8.1.2b and CE8.1.2c)
CE8: CPR reference memory reuse without increasing memory requirement (CE8.1.2a and CE8.1.2d)
crosscheck for JVET-M0333: Non-CE8: Coding on block vector difference
crosscheck for JVET-M0188: CE7-related: On quantization parameter signalling considering CU area
CE10-related: LIC inheritance restrictions and interaction with GBI
crosscheck for JVET-M0335: Non-CE8: modification on SbTMVP process regarding with CPR
Crosscheck of JVET-M0341 (Non-CE8: MMVD harmonization with CPR)
Crosscheck of JVET-M0334 (Non-CE8: Removal of redundant syntax between CPR and other inter coding tools)
Non-CE8: Combination of Multi Hypothesis Intra and CPR mode
Non-CE8: Combination of MMVD and CPR mode
CE4-related: MMVD offset table signaling
CE2-related: Constraint on constructed affine merge candidates
CE2: Affine merge with prediction offset (Test CE2.2.4)
Non-CE8: CPR with chroma 4x4 sub-block size when dual-tree is on
Non-CE8: Inter mode related flag signaling when current picture is the only reference picture
Non-CE8: CPR flag signaling at slice level
Non-CE8: Mismatch between text specification and reference software on ATMVP candidate derivation when CPR is enabled
CE2-related: Combination of CE2.2.3.d and affine inheritance from motion data line buffer
CE8: Summary Report on Screen Content Coding Tools
CE8: Palette predictor list enhancement (Test 8.2.6)
CE8: palette mode when dual-tree is enabled (Test 8.2.4)
CE8: Palette index map scan order constraints (Test 8.2.3)
AhG-13: On Merge List Size
CE2/4-related: Unified merge list size for block and sub-block merge modes
CE4-related: Simplified merge candidate list for small blocks
CE4: History based spatial-temporal MV prediction (Test 4.2.4)
CE8-related: BDPCM entropy coding with reduced number of context coded bins
CE2: History Based Affine Motion Candidate (Test 2.2.3)
CE4-related: Constraint on GBi index inheritance in Merge Mode
CE4-related: Simplified MVD coding
Description of Core Experiment 8 (CE8): Screen Content Coding Tools
CE8: CPR mode with local search ranges (Test CE8.3.1 and CE8.3.2)
Cross Check report of JVET-L0168: Motion vector representing bit reduction
BoG report on CE8 & CE15 related contributions
CE4-related: affine merge mode with prediction offsets
CE15: Summary report on palette mode
Cross Check report of JVET-L0159: Non-CE8: Block vector predictor for IBC
CE4-related: constrained model-based affine merge
CE15-related: Palette predictor list enhancement
CE15-related: Palette index map scan order constraints
CE15-related: Palette mode when dual-tree is enabled
Cross Check report of JVET-L0092: CE4-related: A simplification algorithm for ATMVP
Cross check report for JVET-L0169: CE4.8.1 Temporal motion data storage reduction
CE8: Summary Report on Current Picture Referencing
CE4-related: History Based Affine Merge Candidate
Fix of Initial QP Signaling
CE4: Combined test of CE4.4.2 and CE4.4.7
CE8: CPR mode with non local search ranges (Test CE8.3.3, CE8.3.4, CE8.3.5 and CE8.3.6 )
CE8: CPR mode with dual-tree support (Test CE8.2)
CE4-related: History based spatial-temporal MV prediction
CE8-related: CPR mode with merge mode improvements
CE8-related: CPR mode with local search range optimization
CE4.4.2: Long distance merge candidates
CE4: ranking based spatial merge candidate list for inter prediction (Test CE4.4.14)
CE4: Extension of merge and AMVP candidates for inter prediction (Test CE4.4.10)
Description of Core Experiment 15 (CE15): Palette mode
Description of Core Experiment 8 (CE8): Current Picture Referencing
Crosscheck of JVET-K0230: CE1-related: Separate tree partitioning at 64x64-luma/32x32-chroma unit level
Crosscheck of JVET-K0050: CE8 related: Intra Region-based Template Matching for luma and chroma
CE4-related: Reduce line buffer for additional merge candidates
Crosscheck of JVET-K0258: OBMC complexity reduction and parallel blending
CE4-related: ranking based spatial merge candidate list for inter prediction
CE8-2.1: Current picture referencing using block level flag signaling
CE8-2.2: Current picture referencing using reference index signaling
CE8 summary report on current picture referencing
CE4-related: extension of merge and AMVP candidates for inter prediction
Description of Core Experiment 8 (CE8): Current Picture Referencing
Intra block copy improvement on top of Tencent’s CfP response
Further work on top of Tencent’s CfP response
Non-Square CTU on top of JVET-J0021
Description of SDR video coding technology proposal by Tencent
AHG9 : encoding/decoding capability of JEM6 for 4:4:4 colour format
Crosscheck report of JVET-Q0514 (AHG11: Encoder improvements for chroma transform skip mode)
Crosscheck report of JVET-P0269 ( AHG18 / non-CE5: Deblocking for TPM and BCW)
crosscheck for JVET-M0393: Non-CE8: chroma block vector initialization for CPR in dual tree
Cross-check of JVET-B0038: Harmonization of AFFINE, OBMC and DBF [Never delivered]
Technologies under consideration for future extensions of VSEI (version 13)
AHG9: Processing History Information SEI
AHG9: Historical Information SEI message
AHG9: On PSI SEI message
AHG9: On video full range indication
AHG9: On Danmu Information SEI message
AHG9: On Quality Metric SEI message
AHG9: Editorial improvements for TuC
AHG9: Encoder optimization information (EOI) SEI message extension for VSEI version 5