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25th Meeting: by teleconference, January 2022 2022-01-17 13:13
EE2-1: Tests on unsymmetric partitioning methods
Authors: Kai Zhang ByteDance Li Zhang ByteDance Zhipin Deng ByteDance N. Zhang ByteDance Yifan Wang ByteDance F. Urban InterDigital Karam Naser InterDigital Franck Galpin InterDigital
Abstract
This contribution presents experimental results for EE2-1.1a ~ EE2-1.1c, which are tests on two new block partitioning methods: unsymmetric quad-tree (UQT) split and asymmetric binary-tree (ABT), a.k.a unsymmetric binary-tree (UBT) split. On top of ECM-3.1, simulation results (BD-rate changes on the luma component, encoding time and decoding time) are reported as below:
Meeting Notes
JVET-Y0150 EE2-1: Tests on unsymmetric partitioning methods [K. Zhang, L. Zhang, Z. Deng, N. Zhang, Y. Wang (Bytedance), F. Urban, K. Naser, F. Galpin (InterDigital)]
References:
JVET-V0083 JVET-W0084 JVET-W0086 JVET-W0087 JVET-X0068 JVET-X2017
Cited:
JVET-Y0174 JVET-Y0180 X JVET-Y0246 X
ARCHIVE v2 :
JVET-Y0150-a.xlsm JVET-Y0150-a_tradeoff1.xlsm JVET-Y0150-a_tradeoff2.xlsm JVET-Y0150-b.xlsm JVET-Y0150-c.xlsm JVET-Y0150_r1.docx
Decisions
JVET-Y0150 EE2-1: Tests on unsymmetric partitioning methods [K. Zhang, L. Zhang, Z. Deng, N. Zhang, Y. Wang (Bytedance), F. Urban, K. Naser, F. Galpin (InterDigital)]
Citation