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10th Meeting: San Diego, April 2018 2018-04-16 07:45
SW for technology proposal by Samsung, Huawei, GoPro, and HiSilicon – mobile application scenario (JVET-J0024)
Authors: Alexander Alshin Samsung Elena Alshina Samsung Kiho Choi Samsung N.Choi Samsung W.Choi Samsung A. Dsouza Samsung R. N. Gadde Samsung S. Jeong Samsung B. Jin Samsung Chul Keun Kim Samsung J. Min Samsung Junsuk Park Samsung M. Park Samsung M.W.Park Samsung Y. Piao Samsung Chirag Pujara Samsung Anish Tamse Samsung Hyeong-Gyun Yang Samsung Huanbang Chen Huawei Jie Chen Huawei Roman Chernyak Huawei S. Esenlik Huawei A. Filippov Huawei S. Gao Huawei S. Ikonin Huawei Alexander Karabutov Huawei Anand Meher Kotra Huawei X. Lu Huawei X. Ma Huawei V. Rufitskiy Huawei Timofey Solovyev Huawei Victor Stepin Huawei M. Sychev Huawei T. Wang Huawei Ye-Kui Wang Huawei Weiwei Xu Huawei Hyeong-Gyun Yang Huawei V. Zakharchenko Huawei Honglei Zhang Huawei Yin Zhao Huawei Z. Zhao Huawei J. Zhou Huawei Cheung Auyeung Huawei Han Gao Huawei I. Krasnov Huawei Ruslan Mullakhmetov Huawei Biao Wang Huawei Y. F. Wong Huawei G. Zhulikov Huawei Adeel Abbas HiSilicon D. Newman HiSilicon J. An HiSilicon Xinxin Chen HiSilicon Yongbing Lin HiSilicon Quanhe Yu HiSilicon Jianhua Zheng HiSilicon
Abstract
This contribution provides IFVC SW package. This is implementation for all tools described in technology proposal by Samsung, Huawei, GoPro, and HiSilicon - mobile application scenario. After CfP bit-stream submission SW was optimized, cleaned and also several minor bugs have been fixed. Under CS1 test conditions IFVC provides 36%, 36% 37% BD-rate gain over CfP anchor for Y, Cb, Cr components correspondently while encoding and decoding run time is ×5 and ×3 compare to CfP anchor. For example, SW can be configured to show 13% gain over CfP anchor with 15% faster encoder or to provide 19% while encoder speed is the same as HM. Decoder time is significantly lower (almost half) than HM anchor in these configurations.
Meeting Notes
JVET-J0072 Software for technology proposal by Samsung, Huawei, GoPro, and HiSilicon – mobile application scenario (JVET-J0024) [A. Alshin, E. Alshina, K. Choi, N. Choi, W. Choi, S. Jeong, B. Jin, C. Kim, J. Min, J. H. Park, M. Park, M. W. Park, Y. Piao, A. Tamse, H. Yang (Samsung), H. Chen, J. Chen, R. Chernyak, S. Esenlik, A. Filippov, S. Gao, S. Ikonin, A. Karabutov, A. M. Kotra, X. Lu, X. Ma, V. Rufitskiy, T. Solovyev, V. Stepin, M. Sychev, T. Wang, Y.-K. Wang, W. Xu, H. Yang, V. Zakharchenko, H. Zhang, Y. Zhao, Z. Zhao, J. Zhou, C. Auyeung, H. Gao, I. Krasnov, R. Mullakhmetov, B. Wang, Y. F. Wong, G. Zhulikov (Huawei), A. Abbas, D. Newman, J. An, X. Chen, Y. Lin, Q. Yu, J. Zheng (HiSilicon)] [late]

On Wednesday 18 April, the presenter said this had already been adequately considered and did not request an oral presentation of this contribution.

This contribution provides an "IFVC" software package. This is an implementation for all tools described in technology proposal by Samsung, Huawei, GoPro, and HiSilicon for the mobile application scenario. After the CfP bitstream submission, the software was reportedly optimized and cleaned up, and also several minor bugs had been fixed. Under constraint set 1 (i.e., RA) test conditions, the IFVC package reportedly provides 36%, 36%, and 37% BD-rate gain over the CfP anchor for Y, Cb, Cr components, respectively, while encoding and decoding run time is 5× and 3× compared to the CfP anchors, respectively. The software can be configured in different ways, e.g., to show 13% gain over the CfP anchors with 15% faster encoder or to provide 19% gain when the encoder speed is the same as the HM. The decoder time is significantly lower (almost half) than the HM anchor in these configurations.

References:
JVET-J0024
Cited:
JVET-J0063 JVET-J0083 JVET-J1021 JVET-K0021 X
PATENTS:
20250036750 0.34 20230409389 0.33 WO/2023/167625 0.32 2250289 0.31 20230308305 0.30 20220278867 0.28 12473848 0.27 WO/2021/097253 0.26
ARCHIVE v9 :
IFVC.zip IFVC_minimal_tools_set.zip IFVC_readMe.txt JVET-J0072.pptx JVET-J0072.xlsm JVET-J0072_Operation points.xlsx JVET-J0072_v4.docx
Decisions
This contribution provides an "IFVC" software package. This is an implementation for all tools described in technology proposal by Samsung, Huawei, GoPro, and HiSilicon for the mobile application scenario. After the CfP bitstream submission, the software was reportedly optimized and cleaned up, and also several minor bugs had been fixed. Under constraint set 1 (i.e., RA) test conditions, the IFVC package reportedly provides 36%, 36%, and 37% BD-rate gain over the CfP anchor for Y, Cb, Cr components, respectively, while encoding and decoding run time is 5× and 3× compared to the CfP anchors, respectively. The software can be configured in different ways, e.g., to show 13% gain over the CfP anchors with 15% faster encoder or to provide 19% gain when the encoder speed is the same as the HM. The decoder time is significantly lower (almost half) than the HM anchor in these configurations.
Citation