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AHG14: Decoding time reduction in SADL using SIMD acceleration
EE1-1.2: Combination test of EE1-1.1 and EE1-1.2
EE1-3.2: RA/LDB Unified Reference Frame Synthesis for VVC Inter Coding
EE1-1.2: Backbone Block Enhancement of LOP In-Loop Filter with Over-Parameterized Training and Variable Channels
EE1-3.1: RA/LDB Unified Reference Frame Synthesis for VVC Inter Coding
Crosscheck of JVET-AM0257 (EE1-4.1: Cross-component enhanced NNSR)
EE1-related: URFS Performance Comparison on NNVC-4.0 and NNVC-9.0 Training Sets
EE1-1.3: Backbone Block Enhancement of LOP In-Loop Filter with Over-Parameterized Training and Variable Channels
EE1-1.2: Over-Parameterized LOP In-Loop Filter
EE1-related: Comparative Analysis of URFS in AJ0099, AK0077, and AL0105
AHG9/AHG16: SEI message and further experiments on QP-adaptive GFVC
EE1-2.1: Lightweight Multiscale Reference Frame Generation for VVC Inter Coding
AHG16: Further experiments on VVC GFVC
AHG11: Over-Parameterized LOP In-Loop Filter
AHG11: Backbone Block Enhancement of LOP In-Loop Filter with Over-Parameterized Training and Variable Channels
EE1-2.2: RA/LDB Unified Reference Frame Synthesis for VVC Inter Coding
EE1-2.1: RA/LDB Unified Reference Frame Synthesis for VVC Inter Coding
EE1-2.2: Transformer-Based Reference Frame Synthesis for VVC Inter Coding
EE1-Related: Combination Test of NNVC Tools and TRFS
AHG16: QP-Adaptive GFVC
AHG16: GFVC Extension of the VVC Standard
AHG11: Lightweight Multiscale Reference Frame Generation for VVC Inter Coding
EE1 Related: Transformer-Based Reference Frame Synthesis for VVC Inter Coding
EE1-3.1: RA/LDB Unified Reference Frame Synthesis for VVC Inter Coding
AHG11: Deep Reference Frame Generation for VVC Inter Coding
AHG11: QP Distance-Based Progressive Learning for Enhancing HOP In-Loop Filter
AHG11: RA/LDB Unified Reference Frame Synthesis for VVC Inter Coding
Crosscheck of JVET-AD0163 (AHG11: Updating NNPFC and NNPFA SEI messages for the NNPF)
EE1-1.5: Ablation Study and Minor Improvements on RTNN
EE1 related: Performance Improvement of AC0052 filter for RPR-based SR in RA configuration
[EE1-related] RTNN: An In-loop Filter Based on Resblock and Transformer
EE1-related: A CNN Filter for RPR-Based Super-Resolution Using Wavelet Decomposition Combined with GOP Level Adaptive Resolution
EE1-2.3: RPR-Based Super-Resolution Guided by Partition Information Combined with GOP Level Adaptive Resolution
EE1-2.4: CNN filter Based on RPR-based SR Combined with GOP Level Adaptive Resolution
EE1-2.1: RPR-Based Super-Resolution Guided by Partition Information
EE1-1.3 related: Lightweight and Efficient CNN In-loop Filter
EE1-2.2 related: Lightweight CNN Filter for Super-Resolution with RPR functionality in VVC
AHG11: A CNN Filter for RPR-based SR with Wavelet Decomposition
EE1-2.2: CNN Filter for Super-Resolution with RPR functionality in VVC
EE1-1.3: CNN Based In-Loop Filter with WCDANN
AHG11: RPR-Based Super-Resolution Guided by Partition Information
[EE1-related] Lighter WCDANN: CNN Based In-Loop Filters
AHG11: CNN Filter for Super-Resolution with RPR functionality in VVC
EE1-3.1: Supplementary experiments based on JVET-Z0077
AHG11: CNN-Based Post-Processing Filter for Video Compression with Multi-Scale Feature Representation
EE1-1.5: Test on NN-based filter as proposed in JVET-Y0052
AHG11: Extension of DOVC to Regular 2D Videos
AHG11: CNN post-processing filter based on depthwise separable convolution and attention mechanism
EE1-1.8: Test on the CNN-based post-processing filter proposed in JVET-Z0144