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17th Meeting: Brussels, January 2020 2020-01-11 15:51
Non-CE4: On merge list generation for geometric partitioning
Authors: yoshitaka kidani KDDI K. Kawamura KDDI K. Unno KDDI S. Naito KDDI Kei Kawamura
Abstract
This contribution proposes to generate a merge list for geometric partitioning. The proposed method is to reorder neighboring spatial and temporal merge processes when the current block is predicted with geometric partitioning. Simulation results show that an overall luma BD-rates are 0.00%/0.03% for RA/LDB compared with common base scheme based on VTM 7.0 without running time increment.
Meeting Notes
JVET-Q0127 Non-CE4: On merge list generation for geometric partitioning [Y. Kidani, K. Kawamura, K. Unno, S. Naito (KDDI)]
References:
JVET-P0107 JVET-P0264 JVET-P0304 JVET-P0884 JVET-P0885 JVET-P2001 JVET-P2024
Cited:
JVET-Q0024 JVET-Q0692 X
PATENTS:
US20230109719A1 0.34 2023-04-13 US20240205391A1 0.32 2024-06-20 US12519951B2 0.30 2026-01-06 US20240171752A1 0.28 2024-05-23 US20240205451A1 0.26 2024-06-20 US12501054B2 0.24 2025-12-16 US20240129490A1 0.22 2024-04-18 US20240187625A1 0.20 2024-06-06
ARCHIVE v3 :
JVET-Q0127_r1.XLSM JVET-Q0127_r2.docx
Decisions
merged
JVET-Q0127 Non-CE4: On merge list generation for geometric partitioning [Y. Kidani, K. Kawamura, K. Unno, S. Naito (KDDI)]
Citation