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29th Meeting: by teleconference, DE, January 2023 2023-01-12 16:13
Non-EE2: Combination of JVET-AC0108, JVET-AC0109 and JVET-AC0110 for Intra TMP
Abstract
This contribution reports the combination of two methods for Intra TMP.
JVET-AC0111 Non-EE2: Combination of JVET-AC0108, JVET-AC0109 and JVET-AC0110 for Intra TMP [J.-Y. Huo, W.-H. Qiao, H.-Q. Du, Y.-Z. Ma, F.-Z. Yang (Xidian Univ.), H. Yuan (Shandong Univ.)]

This contribution reports the combination of two methods for Intra TMP.

Method 1 is a combination of the methods proposed in JVET-AC0109 and JVET-AC0110.

The experimental results on top of ECM-7.0 are as below:

AI(Y/U/V): -0.18%/-0.24%/-0.24%, EncT 102%, DecT 102%

RA(Y/U/V): -0.xx%/-0.xx%/-0.xx%, EncT xx%, DecT xx%

Method 2 is a combination of the methods proposed in JVET-AC0108, JVET-AC0109 and JVET-AC0110.

The experimental results on top of ECM-7.0 are as below:

AI(Y/U/V): -0.41%/-0.49%/-0.56%, EncT 99%, DecT 103%

RA(Y/U/V): -0.xx%/-0.xx%/-0.xx%, EncT xx%, DecT xx%

The results indicate that the gains of JVET-AC0108 and JVET-AC0109 are additive, and also additive with fusion adaptation, for which JVET-AC0110 is an example.

Decisions
The results indicate that the gains of JVET-AC0108 and JVET-AC0109 are additive, and also additive with fusion adaptation, for which JVET-AC0110 is an example.
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