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32nd Meeting: Hannover, DE, October 2023 2023-09-01 09:27
AhG11: HOP full results
Authors: Franck Galpin InterDigital Dmytro Rusanovskyy Qualcomm Yun Li Qualcomm Yun Li ByteDance Jingxin Li ByteDance Liqiang Wang Tencent Renjie Chang Tencent Zhihuang Xie OPPO Elena Alshina Huawei
Abstract
A Unified Filter Architecture for the High-performance Operation Point (HOP) was defined at JVET-AD0380 and includes filter architecture, training process and training test set. Training strategy and intermediate results were presented in JVET-AE0191. This contribution gives the full results of HOP training for each stage.
Meeting Notes
JVET-AF0041 AhG11: HOP full results [F. Galpin (InterDigital), D. Rusanovskyy, Y. Li (Qualcomm), Y. Li, J. Li (Bytedance), L. Wang, R. Chang (Tencent), Z. Xie (Oppo), E. Alshina (Huawei)]

This was presented in an interim AHG11/14 teleconference meeting, no need for presentation in JVET was identified.

ARCHIVE :
JVET-AF0041_v3.docx NNVC-4.0_VTM_vs_NNVC-5.0_VTM_HOP_stageIII_float_QC.xlsm NNVC-4.0_VTM_vs_NNVC-5.0_VTM_HOP_stageIII_int16_QC.xlsm NNVC-4.0_VTM_vs_NNVC-6.0_VTM_HOP_stageIII_float_official.xlsm NNVC-4.0_VTM_vs_NNVC-6.0_VTM_HOP_stageIII_float_Tencent.xlsm NNVC-4.0_VTM_vs_NNVC-6.0_VTM_HOP_stageIII_int16_official.xlsm NNVC-4.0_VTM_vs_NNVC-6.0_VTM_HOP_stageIII_int16_OPPO.xlsm NNVC-4.0_VTM_vs_NNVC-6.0_VTM_HOP_stageIII_int16_Tencent.xlsm NNVC-5.1_VTM_vs_NNVC-6.0_VTM_HOP_stageIII_float_Bytedance.xlsm NNVC-5.1_VTM_vs_NNVC-6.0_VTM_HOP_stageIII_int16_Bytedance.xlsm NNVC-6.0_anchor_vs_NNVC-6.0_HOP_stage3_int16_official.xlsm NNVC-6.0_VTM_HOP_stageIII1_float_vs_int16_official.xlsm
Decisions
This was presented in an interim AHG11/14 teleconference meeting, no need for presentation in JVET was identified.
Citation