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AHG9: Triplane video-based implicit Gaussian splatting with a scaffold-based anchor point framework
EE2-1.1: Reference sample generation for intra prediction
AHG17: Reporting on HDR coding metrics
AHG7: On bin to bit ratio in ECM
AHG12: Reference sample generation for intra prediction
AHG9: On GFV SEI
AHG9: Common specification text for GFV SEI message
AhG7: On bin to bit ratio in ECM
EE2-3.6 related: On Context Budget Control for Transform Skip Residual Coding
EE2-3.1: Predictive transform coefficient coding
AHG12: Predictive transform coefficient coding
EE1-3.1: NNVC-LOP5 retraining with additional BVI-AOM dataset
EE1-1.2: LOP5 improvement with parallel 1x3/3x1 Backbone
AHG7: On common test conditions for fixed-QP objective rate-distortion testing of "low delay" encoding
AHG9: Generative face video and generative face video enhancement SEI messages for HEVC and AVC
AHG11: NNLF LOP3 improvement with parallel 1x3/3x1 Backbone
Non-EE2: Subblock-based CCCM
AHG9/AHG16: Performance results and suggestions on generative face video SEI message
AHG9/AHG16: On chroma key fusion for the generative face video SEI message
AHG9/AHG16: On no display flag in generative face video SEI message
AHG9/AHG16: On generative face video SEI messages
Crosscheck of JVET-AH0114 (AHG 16: Updated Common Software Tools for Generative Face Video Compression)
AHG9/AHG16: Showcase for picture fusion for generative face video SEI message
EE1-1.3: Training from scratch for the joint LOP model with inputs transformed
EE1-1.2: Joint LOP model with inputs transformed
EE1-1.1: LOP candidate with Low Complexity TB and new BB structure
AHG9: No display and no display purpose SEI messages
EE1-1.0: Report on joint LOP2 training
EE1-2.3: Further complexity reduction on the joint LOP.2
AHG9/AHG16: Common text for proposed generative face video SEI message
AHG9: Reference software for source picture timing information SEI message
AHG9: On source picture timing information SEI message specification text
AHG16: Study text for common test conditions and evaluation procedures for generative face video coding (draft 1)
AHG9: On the Proposed Multiplane Image Information SEI Message
AHG9: Common text for proposed generative face video SEI message
EE1-related: Further complexity reduction on the joint EE1-0 (LOP.2) unified filter
AhG11/EE1: Status of the joint EE1-0 (LOP.2) training
AHG9: Proposed modifications of the draft SEI processing order SEI message in VVC
AHG9: On source picture timing information SEI message
AHG9: Common text for proposed generative face video SEI message
AHG9: Multiplane Image Information SEI
EE1-4.1: Neural-network loop filters with further complexity reduction
AHG9: Message wrapping and importance indication for the SEI processing order SEI message
AHG9: Generative Face Video SEI message
AHG8/AHG9: Source picture timing information SEI message
EE1-related: Neural-network loop filters in EE1-1.1.2 with further complexity reduction
EE1-1.1: Complexity Reduction on Neural-Network Loop Filter
EE2-1.20f: Combination Test of Test 1.12 + Test 1.13b
EE2-1.13: Test on Fusion of Intra Template Matching
EE2-1.20e: Combination Test of Test 1.10 + Test 1.13
EE2-1.20n: Combination Test of Test 1.20f + Test 1.14c
AHG9: On the SEI processing order SEI message
AHG12: Fusion of Intra Template Matching
EE1-1.10: Complexity Reduction on Neural-Network Loop Filter
AHG11: Complexity Reduction on Neural-Network Loop Filter
EE2-1.2: Test on Spatial GPM
EE2-1.6: Combination of spatial GPM tests
AHG9: SEI processing order SEI message
AHG11: Complexity reduction on neural-network loop filter
EE2-1.4 related: Improvements on Spatial GPM
AHG9: On processing order in the neural-network post-filter activation SEI message
AHG9: On auxiliary input and separate colour description in the neural-network post-filter characteristics SEI message
AHG9: On syntax gating in the neural-network post-filter characteristics SEI message
AHG9: Some specification improvements for neural-network post-filter characteristics SEI message
AHG9: NN post-filter SEI
AHG9: Neural-network post filtering SEI message
AHG9: Shutter interval information SEI message for VSEI
AhG12: ECM coding performance for HDR/WCG content and suggested common test conditions
CE: Film Grain Synthesis (test CE2.1 and CE2.2)
AHG9: Bit-accurate grain blending process for film grain characteristics SEI message
AHG9: Demonstration of AVC FGC SEI in real-time bit-accurate grain blending process on smartphone
AHG12: on the status of the ECM software
Crosscheck of JVET-V0093 (AHG9: Film grain estimation and film grain synthesis for VVC Film grain characteristics SEI message , film grain estimation and film grain synthesis modules)
AHG10: LMCS encoder algorithm for YUV4:4:4 content
AHG9: Errata and editorial clarifications for AVC and HEVC film grain characteristics SEI message semantics
AHG9: Modification of general constraint information
AHG17: Illustration of the film grain characteristics SEI message for VVC
AHG8: On signalling PH RPR scaling window offsets
Information on cinematic aspect ratios in the context of JVET-Q0065
AHG8: Support of ROI (Region-Of-Interest) RPR
AHG17: On porting SEI messages specified in HEVC and AVC
AHG17: Shutter interval information SEI message
AHG15: Chroma QP mapping table for HDR
AHG8: Support of ROI (Region-Of-Interest) scalability
Non-CE2: unification of chroma residual scaling design
AHG8/AHG17: indication of shutter angle for variable frame rate application
BoG report on CE2: luma-chroma dependency reduction
AHG16/AHG17: LMCS related clean-ups
AHG10: LMCS encoder improvement
Non-CE2: alternative solutions for chroma residual scaling factors derivation for dualTree
Crosscheck of JVET-O0627 (CE2-related: luma-chroma dependency reduction on chroma scaling)
CE2.1.2: luma-chroma dependency reduction for LMCS
CE2: Summary report on luma-chroma dependency reduction
Crosscheck of JVET-O0232 (CE2-related: No-latency LMCS Chroma Residual Scaling)
Crosscheck of JVET-O0262 (Non-CE2: Removal of division operations in LMCS)
AHG2/AHG17: Draft text to update BT.2100 references and ICTCP HLG coding equations
AHG15: chroma quantization parameters Qpc table
Description of Core Experiment 2 (CE2): luma-chroma dependency reduction
AHG16: Simplification of Reshaper Implementation
AHG17: Design for signallilng reshaper model
Suggested luma mapping with chroma scaling modifications in N0220/N0389/N0477
Chroma Quantization Parameter Qpc Table for HDR Signal
AHG17/AHG16: Signalling of reshaper parameters in APS
CE12: Mapping functions (test CE12-1 and CE12-2)
CE12: Summary report on mapping functions
Crosscheck of JVET-M0640 (CE12-related: in-loop luma reshaping with approximate inverse mapping function)
Crosscheck of JVET-M0109 (CE12-related: block-based in-loop luma reshaping)
Description of Core Experiment 12 (CE12): mapping functions
Crosscheck of JVET-L0317 on Sub-block MV clipping in affine prediction
CE12: Summary report on mapping functions
Description of Core Experiment 12 (CE12): mapping functions
In-loop Reshaping for SDR Video
CE12: HDR In-loop Reshaping (CE12-5, 12-6, 12-7 and 12-8)
AHG13: Sign Data Hiding
CE12: Summary report on HDR coding
Description of Core Experiment 12 (CE12): Mapping for HDR content
Description of SDR, HDR and 360° video coding technology proposal by InterDigital Communications and Dolby Laboratories
Clarifications on HDR Test of CfP on Video Compression beyond HEVC
Analysis of the HDR Objective Metrics Utility in Draft CfP on FVC
AHG4: Evaluation report of Netflix HDR test sequences
AHG17: on pic_struct
AHG9: [GSC] Improved SEI message for triplane video-based implicit Gaussian splatting representation
AHG9: [GSC] Coordinate-remapping in triplane video-based implicit Gaussian splatting framework
AHG9: [GSC][JEE6.7] TV-GS: triplane video-based implicit Gaussian splatting representation compression