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EE1-1.4: Joint design of rotation and flipping on NNLF
Abstract
This contribution reports the test results of EE1-1.4. In EE1-1.4, both rotation and flipping operations are proposed to be applied to the inputs and output of the NNVC unified in-loop filter to further improve the coding performance. The simulation results are summarized as follows:
JVET-AG0056 EE1-1.4: Joint design of rotation and flipping on NNLF [Z. Xie, Y. Yu, H. Yu, D. Wang (OPPO), R. Chang, L. Wang, X. Xu, S. Liu (Tencent)]
ARCHIVE
:
._JVET-AG0056-HOP2_vs_NNVC-7.0_HOP2.xlsm
._JVET-AG0056-HOP2_vs_VTM-anchor.xlsm
._JVET-AG0056-LOP2_vs_NNVC-7.1-LOP2.xlsm
._JVET-AG0056-LOP2_vs_VTM-anchor.xlsm
._JVET-AG0056-v1.docx
._JVET-AG0056-v2.docx
JVET-AG0056-HOP2_vs_NNVC-7.0_HOP2.xlsm
JVET-AG0056-HOP2_vs_VTM-anchor.xlsm
JVET-AG0056-LOP2_vs_NNVC-7.1-LOP2.xlsm
JVET-AG0056-LOP2_vs_VTM-anchor.xlsm
JVET-AG0056-v1.docx
JVET-AG0056-v2.docx
Decisions
JVET-AG0056 EE1-1.4: Joint design of rotation and flipping on NNLF [Z. Xie, Y. Yu, H. Yu, D. Wang (OPPO), R. Chang, L. Wang, X. Xu, S. Liu (Tencent)]
Citation