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13th Meeting: Marrakech, January 2019 2019-01-14 13:18
CE6-related: 32 point MTS based on skipping high frequency coefficients
Authors: Moonmo Koo LGE Mehdi Salehifar LGE J. Lim LGE S. Kim LGE
Abstract
In JVET-L0132, reduced 32-point MTS (RMTS32) based on skipping high frequency coefficients was proposed and tested in the previous CE. Considering that 32-point MTS requires 64 multiplications per pixel and it becomes worst computational complexity, RMTS32 is proposed to reduce computational complexity as well as memory usage with reasonable performance degradation. Specifically two sub-tests are shown as follows;
Meeting Notes
JVET-M0297 CE6-related: 32 point MTS based on skipping high frequency coefficients [M. Koo, M. Salehifar, J. Lim, S. Kim (LGE)]
References:
JVET-L0132 JVET-L1010 JVET-L1026
Cited:
JVET-M0026 JVET-M0800 X JVET-M0801 X JVET-M0877 JVET-M1001 JVET-M1002 JVET-N0002 JVET-N0003 JVET-N0013 JVET-N0026 JVET-N0027 X JVET-N0075 JVET-N0076 JVET-N0077 JVET-N0078 JVET-N0079 JVET-N0081 JVET-N0085 JVET-N0086 JVET-N0088 more than 20
ARCHIVE v4 :
JVET-M0297_r1.docx JVET-M0297_r2.docx JVET-M0297_r3.docx JVET-M0297_RMTS32_Test1_CTC.XLSM JVET-M0297_RMTS32_Test1_interMTSOn.XLSM JVET-M0297_RMTS32_Test2_CTC.XLSM JVET-M0297_RMTS32_Test2_interMTSOn.XLSM JVET-M0297_v1.pptx
Decisions
JVET-M0297 CE6-related: 32 point MTS based on skipping high frequency coefficients [M. Koo, M. Salehifar, J. Lim, S. Kim (LGE)]
Citation