Guangzhou Meeting - Document Register
The 3rd meeting of the JCT-VC took place in Guangzhou from 2010-10-07 to 2010-10-15.
NOTE: Repeated rows represent files available in different format (e.g. .DOC and .ZIP)
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Document |
Title |
Source |
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JCT-VC AHG report: JCT-VC project management |
G. J. Sullivan , J.-R. Ohm (co-chairs) , |
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JCT-VC AHG report: Test Model under Consideration (TMuC) editing |
K. McCann (chair), M. Karczewicz, J. Ridge, S. Sekiguchi, T. Wedi, T. Wiegand (vice-chairs) |
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JCT-VC AHG report: Software development and TMuC software technical evaluation |
F. Bossen (chair), P. Chen, D. Flynn, W.-J. Han, K. Sühring, H. Schwarz, K. Ugur (vice-chairs) |
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JCT-VC AHG report: Alternative transforms |
R. Cohen, R. Joshi (co-chairs) |
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JCT-VC AHG report: In-loop and post-processing filtering |
T. Yamakage (chair) , Y. J. Chiu , M. Karczewicz , M. Narroschke (co-chairs) |
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JCT-VC AHG report: In-loop and post-processing filtering |
T. Yamakage (chair) , Y. J. Chiu , M. Karczewicz , M. Narroschke (co-chairs) |
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JCT-VC AHG report: In-loop and post-processing filtering |
T. Yamakage (chair) , Y. J. Chiu , M. Karczewicz , M. Narroschke (co-chairs) |
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JCT-VC AHG report: Large block structures |
K. Panusopone (chair) , M. Budagavi , W.-J. Han , D. He (vice-chairs) |
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JCT-VC AHG report: Memory compression |
K. Chono (chair), T. Chujoh, C. S. Lim (vice-chairs) |
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JCT-VC AHG report: Parallel entropy coding |
M. Budagavi , A. Segall (co-chairs) |
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JCT-VC AHG report: Screen content coding |
J. Xu, W. Ding (co-chairs) |
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JCT-VC AHG report: Complexity assessment |
D. Alfonso (chair), J. Ridge, X. Wen (vice-chairs) |
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JCT-VC AHG report: Complexity assessment |
D. Alfonso (chair), J. Ridge, X. Wen (vice-chairs) |
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Evaluation result of JCTVC-B031 |
K. Kazui , J. Koyama , A. Nakagawa (Fujitsu) |
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Evaluation result of JCTVC-B031 |
K. Kazui , J. Koyama , A. Nakagawa (Fujitsu) |
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Evaluation result of JCTVC-B031 |
K. Kazui , J. Koyama , A. Nakagawa (Fujitsu) |
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WG11 USNB contribution: Suggested practices for the HEVC project in the JCT-VC |
A. G. Tescher (for USNB to WG11) |
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WG11 USNB contribution: HEVC standardization timeline |
A. G. Tescher (for USNB to WG11) |
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TE1: Cross-check result of DMVD proposal JCTVC-C124 (Mitsubishi) |
T. Murakami , T. Yokoyama , K. Nakamura (Hitachi) |
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CTB splitting on frame boundary for arbitrary resolution video |
F. Yang , W. Li , S. Wan , Y. Chang (Xi'dian Univ.) |
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CTB splitting on frame boundary for arbitrary resolution video |
F. Yang , W. Li , S. Wan , Y. Chang (Xi'dian Univ.) |
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Proposal of frame parameters FLCTB and FSCTB for video content fitting |
F. Yang , W. Li , S. Wan , Y. Chang (Xi'dian Univ.) |
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Proposal of frame parameters FLCTB and FSCTB for video content fitting |
F. Yang , W. Li , S. Wan , Y. Chang (Xi'dian Univ.) |
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TE7: Verification results of Peking Univ. proposal (mode-dependent residual reordering for intra prediction residual) |
J. Kim , B. Jeon (LG Electronics) |
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TE7: Verification results of Peking Univ. proposal (mode-dependent residual reordering for intra prediction residual) |
J. Kim , B. Jeon (LG Electronics) |
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TE7: Verification results of Peking Univ. proposal (mode-dependent residual reordering for intra prediction residual) |
J. Kim , B. Jeon (LG Electronics) |
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TE6: Verification results of Huawei and Hisilicon proposals (short distance intra prediction using the correlation between lines and pixels) |
J. Kim , B. Jeon (LG Electronics) |
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TE6: Verification results of Huawei and Hisilicon proposals (short distance intra prediction using the correlation between lines and pixels) |
J. Kim , B. Jeon (LG Electronics) |
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TE12: Report on 64x64 versus 32x32 maximum coding unit size for low complexity configuration |
P. Pandit (Harmonic) |
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TE12: Report on 64x64 versus 32x32 maximum coding unit size for low complexity configuration |
P. Pandit (Harmonic) |
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TE12: Report on AMP evaluation |
E. Francois (Technicolor) , L. Guillo (INRIA) , A. Ichigaya (NHK) , H. Yu (Huawei) |
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TE3 subtest 2: Report on simplified geometry block partitioning |
E. Francois , D. Thoreau , P. Bordes (Technicolor) , L. Guillo (INRIA) |
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Characteristics of Super Hi-Vision test sequences |
Y. Shishikui, Y. Matsuo, A. Ichigaya, K. Iguchi, S. Sakaida (NHK) |
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Characteristics of Super Hi-Vision test sequences |
Y. Shishikui, Y. Matsuo, A. Ichigaya, K. Iguchi, S. Sakaida (NHK) |
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Characteristics of Super Hi-Vision test sequences |
Y. Shishikui, Y. Matsuo, A. Ichigaya, K. Iguchi, S. Sakaida (NHK) |
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TE3: Motion compensation with adaptive warped reference |
S. Park , J. Park , B. Jeon (LG Electronics) |
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TE3: Motion compensation with adaptive warped reference |
S. Park , J. Park , B. Jeon (LG Electronics) |
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TE3: Motion compensation with adaptive warped reference |
S. Park , J. Park , B. Jeon (LG Electronics) |
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TE3 subtest 2: Cross-check of results from Huawei |
E. Francois , P. Bordes (Technicolor) |
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TE7: Cross-verification of the 1D directional unified transform in TMuC |
R. Cohen , A. Vetro , H. Sun (Mitsubishi) |
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Alternative performance measurement of MDDT and ROT in TMuC |
R. Cohen , A. Vetro , H. Sun (Mitsubishi) |
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TE7: Results for mode-dependent fast separable KLT for block-based intra coding |
C. Yeo , Y. H. Tan , Z. Li , S. Rahardja (I2R) |
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TE7: Results for mode-dependent fast separable KLT for block-based intra coding |
C. Yeo , Y. H. Tan , Z. Li , S. Rahardja (I2R) |
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TE7: Results for mode-dependent fast separable KLT for block-based intra coding |
C. Yeo , Y. H. Tan , Z. Li , S. Rahardja (I2R) |
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TE7: Cross-check results of MDDT simplification proposal from Huawei |
C. Yeo , Y. H. Tan , Z. Li , S. Rahardja (I2R) |
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TE7: Cross-check results of MDDT simplification proposal from Huawei |
C. Yeo , Y. H. Tan , Z. Li , S. Rahardja (I2R) |
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TE7: Cross-check results of MDDT simplification proposal from Huawei |
C. Yeo , Y. H. Tan , Z. Li , S. Rahardja (I2R) |
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Choice of transforms in MDDT for unified intra prediction |
C. Yeo , Y. H. Tan , Z. Li , S. Rahardja (I2R) |
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Choice of transforms in MDDT for unified intra prediction |
C. Yeo , Y. H. Tan , Z. Li , S. Rahardja (I2R) |
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Choice of transforms in MDDT for unified intra prediction |
C. Yeo , Y. H. Tan , Z. Li , S. Rahardja (I2R) |
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Chroma intra prediction using reconstructed luma |
C. Yeo , Y. H. Tan , Z. Li , S. Rahardja (I2R) |
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Chroma intra prediction using reconstructed luma |
C. Yeo , Y. H. Tan , Z. Li , S. Rahardja (I2R) |
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Chroma intra prediction using reconstructed luma |
C. Yeo , Y. H. Tan , Z. Li , S. Rahardja (I2R) |
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TE12: Performance of partition based illumination compensation (PBIC) |
A. Fujibayashi , S. Kanumuri , F. Bossen , T. K. Tan (NTT DoCoMo) |
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TE5: Results for simplification of unified intra prediction |
T. K. Tan , Frank Bossen (NTT DoCoMo) |
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TE11: Simulation results of merge/skip (3.2b and 3.2d) |
Y. Suzuki, F. Bossen (NTT DoCoMo) |
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TE11: Simulation results of merge/skip (3.2b and 3.2d) |
Y. Suzuki, F. Bossen (NTT DoCoMo) |
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TE12: Results for experiments on max CU size, RDOQ and AIS |
F. Bossen , T. K. Tan (NTT DoCoMo) |
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TE6.a: Cross verification for line based intra prediction |
T. K. Tan , Junya Takiue (NTT DoCoMo) |
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TE6.a: Cross verification for line based intra prediction |
T. K. Tan , Junya Takiue (NTT DoCoMo) |
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TE6.a: Cross verification for line based intra prediction |
T. K. Tan , Junya Takiue (NTT DoCoMo) |
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TE5: Summary report on simplification of unified intra prediction |
T. K. Tan (NTT DoCoMo) , M. Budagavi (TI) , J. Lainema (Nokia) |
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TE5: Summary report on simplification of unified intra prediction |
T. K. Tan (NTT DoCoMo) , M. Budagavi (TI) , J. Lainema (Nokia) |
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TE12.4: Transform skip flag test (off vs. on) by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
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TE12.4: Transform skip flag test (off vs. on) by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
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TE12.6: PIPE and LCEC tested against CABAC by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
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TE12.6: PIPE and LCEC tested against CABAC by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
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TE12.4: Transform coding HHI tested against Samsung proposal by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
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TE12.4: Transform coding HHI tested against Samsung proposal by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
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TE12.2: Interpolation filter SIFO and DIF tested against MOMS by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
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TE12.2: Interpolation filter SIFO and DIF tested against MOMS by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
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TE12.6: PIPE tested against LCEC by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
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TE12.6: PIPE tested against LCEC by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
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TE12.1: Block merging (MRG) test (off vs. on) by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
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TE12.1: Block merging (MRG) test (off vs. on) by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
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TE12.3: Adaptive intra smoothing (AIS) test (slow vs. fast) by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
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TE12.3: Adaptive intra smoothing (AIS) test (slow vs. fast) by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
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TE12.3: Adaptive intra smoothing (AIS) test (off vs. on) by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
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TE12.3: Adaptive intra smoothing (AIS) test (off vs. on) by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
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Performance report of TMuC for Super Hi-Vision |
K. Iguchi , A. Ichigaya , Y. Shishikui(NHK), S. Sekiguchi , A. Minezawa (Mitsubishi Electric) |
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Performance report of TMuC for Super Hi-Vision |
K. Iguchi , A. Ichigaya , Y. Shishikui(NHK), S. Sekiguchi , A. Minezawa (Mitsubishi Electric) |
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Performance report of TMuC for Super Hi-Vision |
K. Iguchi , A. Ichigaya , Y. Shishikui(NHK), S. Sekiguchi , A. Minezawa (Mitsubishi Electric) |
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TE12: Evaluation of transform unit (TU) size |
M. Zhou , V. Sze (TI) |
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TE12: Evaluation of IBDI and TPE (transform precision extension) |
M. Zhou (TI) |
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TE12: Evaluation of entropy coders: PIPE tested against CABAC |
V. Sze , M. Budagavi (TI) |
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TE12: Evaluation of transform coefficient coding (HHI_TRANSFORM_CODING) with tool breakdown |
V. Sze , M. Budagavi , M. Zhou (TI) |
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TE2: TI reference frame compression proposal |
M. Zhou , M. Budagavi (TI) |
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TE5: TI evaluation of unified intra prediction simplifications |
M. Budagavi (TI) |
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TE8: TI parallel context processing (PCP) proposal |
M. Budagavi (TI) |
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TE8: Evaluation of RIM parallel context processing (PCP) proposal |
V. Sze , M. Budagavi (TI) |
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TE8: Evaluation of RIM-V2V entropy coding |
V. Sze , M. Budagavi (TI) |
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Testing results on the simplified TMuC configurations |
M. Zhou (TI) |
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Cross verification of Mitsubishi 0.7.4 configuration |
M. Zhou (TI) |
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TE9: Report on large block structure testing |
J. Kim , M. Kim (KAIST) , J. Kim , H.-Y. Kim (ETRI) , K. Sato (SONY) , X. Shen , L. Yu (Zhejiang Univ.), K. Choi , E. S. Jang (Hanyang Univ.) , B. Bross (HHI) , W.-J. Han (Samsung) , J.-K. Jo , S.-N. Park , D. G. Sim, S.-J. Oh (Kwangwoon Univ.) |
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Improved side information signaling for QVBT in TMuC |
B. Lee , M. Kim (KAIST) , J. Kim , H.-Y. Kim (ETRI) |
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TE3: Test results of second order prediction [Withdrawn] |
S. Li , L. Yu (Zhejiang Univ.) |
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TE7: Cross-check for I2R proposal on mode-dependent fast separable KLT for block-based intra coding |
X. Zhu, L. Yu (Zhejiang Univ.) |
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TE7: Cross-check for I2R proposal on mode-dependent fast separable KLT for block-based intra coding |
X. Zhu, L. Yu (Zhejiang Univ.) |
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TE10 subset 2: Complexity analysis on Wiener-based in-loop filters |
L. Wang, L. Yu (Zhejiang Univ.) |
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TE10 subset 2: Complexity analysis on Wiener-based in-loop filters |
L. Wang, L. Yu (Zhejiang Univ.) |
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TE10 subset 2: Complexity analysis on Wiener-based in-loop filters |
L. Wang, L. Yu (Zhejiang Univ.) |
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TE2: Improved memory bandwidth measurement model for reference frame compression |
J. Chen, X. Shen, L. Yu (Zhejiang Univ.) |
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TE2: Improved memory bandwidth measurement model for reference frame compression |
J. Chen, X. Shen, L. Yu (Zhejiang Univ.) |
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TE2: Improved memory bandwidth measurement model for reference frame compression |
J. Chen, X. Shen, L. Yu (Zhejiang Univ.) |
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TE2: Reference frame compression using image coder |
C. S. Lim , V. Wahadaniah , S. Naing , H. W. Sun (Panasonic) |
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TE2: Reference frame compression using image coder |
C. S. Lim , V. Wahadaniah , S. Naing , H. W. Sun (Panasonic) |
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TE2: Reference frame compression using image coder |
C. S. Lim , V. Wahadaniah , S. Naing , H. W. Sun (Panasonic) |
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TE2: Cross-check of memory compression results from NEC (JCTVC-B057/JCTVC-C093) [Initially uploaded to the prior document archive site] |
C. S. Lim , V. Wahadaniah , S. Naing , H. W. Sun (Panasonic) |
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TE2: Cross-check of memory compression results from NEC (JCTVC-B057/JCTVC-C093) [Initially uploaded to the prior document archive site] |
C. S. Lim , V. Wahadaniah , S. Naing , H. W. Sun (Panasonic) |
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TE2: Adaptive scaling for bit depth compression on IBDI |
T. Chujoh , T. Yamakage (Toshiba) |
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TE2: Summary of TE2 on IBDI and memory compression |
T. Chujoh (TE coordinator) |
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TE2: Summary of TE2 on IBDI and memory compression |
T. Chujoh (TE coordinator) |
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TE2: Summary of TE2 on IBDI and memory compression |
T. Chujoh (TE coordinator) |
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A framework for standardization of memory compression |
T. Chujoh , T. Yamakage (Toshiba) |
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TE3 subtest 4: High accuracy interpolation filter (HAIF) |
T. Chujoh , K. Kanou , T. Yamakage (Toshiba) |
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TE6 subset a: Bidirectional intra prediction |
T. Shiodera , A. Tanizawa , T. Chujoh , T. Yamakage (Toshiba) |
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TE6 subset a: Bidirectional intra prediction |
T. Shiodera , A. Tanizawa , T. Chujoh , T. Yamakage (Toshiba) |
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TE6 subset a: Bidirectional intra prediction |
T. Shiodera , A. Tanizawa , T. Chujoh , T. Yamakage (Toshiba) |
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TE7: One-dimensional directional unified transform |
A. Tanizawa , J. Yamaguchi , T. Shiodera , T. Chujoh , T. Yamakage (Toshiba) |
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TE7: One-dimensional directional unified transform |
A. Tanizawa , J. Yamaguchi , T. Shiodera , T. Chujoh , T. Yamakage (Toshiba) |
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TE7: One-dimensional directional unified transform |
A. Tanizawa , J. Yamaguchi , T. Shiodera , T. Chujoh , T. Yamakage (Toshiba) |
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TE7: Cross-verification of mode dependent residual reordering (Peking Univ.) |
A. Tanizawa, J. Yamaguchi (Toshiba) |
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TE7: Cross-verification of mode dependent residual reordering (Peking Univ.) |
A. Tanizawa, J. Yamaguchi (Toshiba) |
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TE10 subtest 2: Reduction of number of encoding passes for quadtree adaptive loop filter (QALF) |
T. Yamakage , T. Chujoh , T. Watanabe (Toshiba) |
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TE10 subtest 2: Reduction of number of encoding passes for quadtree adaptive loop filter (QALF) |
T. Yamakage , T. Chujoh , T. Watanabe (Toshiba) |
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TE10 subtest 2: Reduction of number of encoding passes for quadtree adaptive loop filter (QALF) |
T. Yamakage , T. Chujoh , T. Watanabe (Toshiba) |
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TE10: Summary of TE10 on in-loop filtering |
K. Chono , T. Yamakage (TE coordinators) |
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TE10: Summary of TE10 on in-loop filtering |
K. Chono , T. Yamakage (TE coordinators) |
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TE10: Summary of TE10 on in-loop filtering |
K. Chono , T. Yamakage (TE coordinators) |
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Coding efficiency report of modification by TMuC draft005 |
T. Yamakage , T. Chujoh , T. Watanabe (Toshiba) |
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Coding efficiency report of modification by TMuC draft005 |
T. Yamakage , T. Chujoh , T. Watanabe (Toshiba) |
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Coding efficiency report of modification by TMuC draft005 |
T. Yamakage , T. Chujoh , T. Watanabe (Toshiba) |
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Comparison of loop & post filtering for in-loop and post-processing filtering AHG |
T. Yamakage , T. Chujoh , T. Watanabe (Toshiba) |
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Comparison of loop & post filtering for in-loop and post-processing filtering AHG |
T. Yamakage , T. Chujoh , T. Watanabe (Toshiba) |
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Comparison of loop & post filtering for in-loop and post-processing filtering AHG |
T. Yamakage , T. Chujoh , T. Watanabe (Toshiba) |
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Experimental results of ALF on low complexity |
T. Chujoh , T. Yamakage (Toshiba) |
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Experimental results of ALF on low complexity |
T. Chujoh , T. Yamakage (Toshiba) |
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TE12.2: Experimental results of interpolation filter |
T. Chujoh , K. Kanou , T. Yamakage (Toshiba) |
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TE12.2: Experimental results of interpolation filter |
T. Chujoh , K. Kanou , T. Yamakage (Toshiba) |
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TE12.2: Experimental results of interpolation filter |
T. Chujoh , K. Kanou , T. Yamakage (Toshiba) |
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TE12.7: Experimental results of IBDI |
T. Chujoh , T. Yamakage (Toshiba) |
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TE12.7: Experimental results of IBDI |
T. Chujoh , T. Yamakage (Toshiba) |
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TE12.7: Experimental results of IBDI |
T. Chujoh , T. Yamakage (Toshiba) |
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TE7: Results for mode-dependent residual reordering for intra prediction residual |
X. Zhao , L. Zhang , S. Ma , W. Gao (Peking Univ.) |
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TE7: Results for mode-dependent residual reordering for intra prediction residual |
X. Zhao , L. Zhang , S. Ma , W. Gao (Peking Univ.) |
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TE7: Results for mode-dependent residual reordering for intra prediction residual |
X. Zhao , L. Zhang , S. Ma , W. Gao (Peking Univ.) |
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TE7: Cross-verification results of mode-dependent fast separable KLT for block-based intra coding from I2R |
X. Zhao , L. Zhang , S. Ma , W. Gao (Peking Univ.) |
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TE7: Cross-verification results of mode-dependent fast separable KLT for block-based intra coding from I2R |
X. Zhao , L. Zhang , S. Ma , W. Gao (Peking Univ.) |
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TE10: Conditional joint deblocking-debanding filter |
K. Chono , K. Senzaki , H. Aoki , J. Tajime , Y. Senda (NEC) |
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TE12: Report on combined intra prediction evaluation |
K. Chono , K. Senzaki , H. Aoki , J. Tajime , Y. Senda (NEC) |
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TE2: 1-D DPCM-based memory compression |
H. Aoki , K. Chono , K. Senzaki , J. Tajime , Y. Senda (NEC) |
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An extension of DPCM-based memory compression to 2-D structure with ADPCM |
H. Aoki , K. Chono , K. Senzaki , J. Tajime , Y. Senda (NEC) |
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Performance improvement of DPCM-based memory compression by adaptive quantization |
H. Aoki , K. Chono , K. Senzaki , J. Tajime , Y. Senda (NEC) |
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Low complexity rotational transform |
F. C. A. Fernandes (Samsung) |
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Low complexity rotational transform |
F. C. A. Fernandes (Samsung) |
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Low complexity rotational transform |
F. C. A. Fernandes (Samsung) |
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TE1：Huawei report on DMVD improvements in TMuC |
M. Yang , S. Lin , D. Wang , J. Zhou , H. Yu (Huawei) |
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TE1：Huawei report on DMVD improvements in TMuC |
M. Yang , S. Lin , D. Wang , J. Zhou , H. Yu (Huawei) |
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TE1：Huawei report on DMVD improvements in TMuC |
M. Yang , S. Lin , D. Wang , J. Zhou , H. Yu (Huawei) |
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TE1: Cross-checking of DMVD results from Mitsubishi and Intel |
S. Lin , D. Wang , M. Yang , H. Yu (Huawei) |
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TE1: Cross-checking of DMVD results from Mitsubishi and Intel |
S. Lin , D. Wang , M. Yang , H. Yu (Huawei) |
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TE1: Cross-checking of DMVD results from Mitsubishi and Intel |
S. Lin , D. Wang , M. Yang , H. Yu (Huawei) |
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TE3.2: Huawei & HiSilicon report on flexible motion partitioning coding |
X. Zheng (HiSilicon) , H. Yu (Huawei) |
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TE3.2: Huawei & HiSilicon report on flexible motion partitioning coding |
X. Zheng (HiSilicon) , H. Yu (Huawei) |
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TE3.2: Huawei & HiSilicon report on flexible motion partitioning coding |
X. Zheng (HiSilicon) , H. Yu (Huawei) |
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TE5: Huawei & HiSilicon report on verification test results |
L. Liu (HiSilicon) , J. Zhou , H. Yu (Huawei) |
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TE5: Huawei & HiSilicon report on verification test results |
L. Liu (HiSilicon) , J. Zhou , H. Yu (Huawei) |
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TE6.a: HiSilicon report on short distance intra prediction |
C. Lai , Y. Lin (HiSilicon) |
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TE6.a: HiSilicon report on short distance intra prediction |
C. Lai , Y. Lin (HiSilicon) |
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TE7: Symmetry-based simplification of MDDT |
H. Yang , J. Zhou , H. Yu (Huawei) |
|
|
TE7: Symmetry-based simplification of MDDT |
H. Yang , J. Zhou , H. Yu (Huawei) |
|
|
TE7: Symmetry-based simplification of MDDT |
H. Yang , J. Zhou , H. Yu (Huawei) |
|
|
TE7: Report of cross-checking results for Toshiba proposal |
H. Yang , J. Zhou , H. Yu (Huawei) |
|
|
TE7: Report of cross-checking results for Toshiba proposal |
H. Yang , J. Zhou , H. Yu (Huawei) |
|
|
TE12: Huawei & HiSilicon report on AMP evaluation |
X. Zheng (HiSilicon) , J. Zhou , H. Yu (Huawei) |
|
|
TE12: Huawei & HiSilicon report on AMP evaluation |
X. Zheng (HiSilicon) , J. Zhou , H. Yu (Huawei) |
|
|
TE12: Huawei report on max transform unit size evaluation |
J. Zhou , D. Wang , H. Yu (Huawei) |
|
|
TE12: Huawei report on max transform unit size evaluation |
J. Zhou , D. Wang , H. Yu (Huawei) |
|
|
Symmetry-based scan order sharing scheme for MDDT |
H. Yang , J. Zhou , H. Yu (Huawei) |
|
|
Symmetry-based scan order sharing scheme for MDDT |
H. Yang , J. Zhou , H. Yu (Huawei) |
|
|
Symmetry-based scan order sharing scheme for MDDT |
H. Yang , J. Zhou , H. Yu (Huawei) |
|
|
Jointly optimal intra prediction and adaptive primary transform |
A. Saxena , F. C. A. Fernandes (Samsung) |
|
|
Jointly optimal intra prediction and adaptive primary transform |
A. Saxena , F. C. A. Fernandes (Samsung) |
|
|
Jointly optimal intra prediction and adaptive primary transform |
A. Saxena , F. C. A. Fernandes (Samsung) |
|
|
TE12.1: Results for PU-based merging by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
|
|
TE12.1: Results for PU-based merging by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
|
|
TE12.1: Results for PU-based merging by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
|
|
TE12.4: Transform unit quadtree tested against 2-level by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
|
|
TE12.4: Transform unit quadtree tested against 2-level by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
|
|
Integration of plane mode in unified intra prediction |
G. Li (Santa Clara Univ.) , L. Liu , N. Ling (Santa Clara Univ.) , J. Zheng , P. Zhang (Hisilicon) |
|
|
Integration of plane mode in unified intra prediction |
G. Li (Santa Clara Univ.) , L. Liu , N. Ling (Santa Clara Univ.) , J. Zheng , P. Zhang (Hisilicon) |
|
|
Integration of plane mode in unified intra prediction |
G. Li (Santa Clara Univ.) , L. Liu , N. Ling (Santa Clara Univ.) , J. Zheng , P. Zhang (Hisilicon) |
|
|
Fast integer transforms for the HEVC test model |
W. Dai , M. Krishnan , P. Jesudhas , P. Topiwala (FastVDO) |
|
|
Fast integer transforms for the HEVC test model |
W. Dai , M. Krishnan , P. Jesudhas , P. Topiwala (FastVDO) |
|
|
Fast integer transforms for the HEVC test model |
W. Dai , M. Krishnan , P. Jesudhas , P. Topiwala (FastVDO) |
|
|
Adaptive loop filter with low encoder complexity |
I.S. Chong , W. Chien , M. Karczewicz (Qualcomm) |
|
|
Zigzag scan for CABAC/PIPE |
J. Lou , K. Panusopone , L. Wang (Motorola) |
|
|
TE1: Summary report of TE1 activity |
Y.-J. Chiu (Intel) , Y.-W. Huang (MediaTek , M. Wien (RWTH Aachen Univ.) , H. Yu (Huawei) |
|
|
TE11: Cross verification of Sony proposal on motion vector coding |
Y.-J. Jeon , B.-M. Jeon (LG Electronics) |
|
|
TE11: Cross verification of Sony proposal on motion vector coding |
Y.-J. Jeon , B.-M. Jeon (LG Electronics) |
|
|
TE11: Cross verification of Sony proposal on motion vector coding |
Y.-J. Jeon , B.-M. Jeon (LG Electronics) |
|
|
Implementation analysis of transform block size |
Y. Yu (Broadcom) |
|
|
Implementation analysis of transform block size |
Y. Yu (Broadcom) |
|
|
TE12.1 cross-check report on block merging (MRG) on/off |
K. Sugimoto , A. Minezawa , S. Sekiguchi (Mitsubishi Electric) |
|
|
TE12.1 cross-check report on block merging (MRG) on/off |
K. Sugimoto , A. Minezawa , S. Sekiguchi (Mitsubishi Electric) |
|
|
TE12.1 cross-check report on block merging (MRG) on/off |
K. Sugimoto , A. Minezawa , S. Sekiguchi (Mitsubishi Electric) |
|
|
TE12.2 report on MV prediction AMVP/IMVP |
K. Sugimoto , A. Minezawa , S. Sekiguchi (Mitsubishi Electric) |
|
|
TE12.2 report on MV prediction AMVP/IMVP |
K. Sugimoto , A. Minezawa , S. Sekiguchi (Mitsubishi Electric) |
|
|
TE12.3 cross-check report on AIS on/off |
K. Sugimoto , A. Minezawa , S. Sekiguchi (Mitsubishi Electric) |
|
|
TE12.3 cross-check report on AIS on/off |
K. Sugimoto , A. Minezawa , S. Sekiguchi (Mitsubishi Electric) |
|
|
TE12.3 cross-check report on AIS on/off |
K. Sugimoto , A. Minezawa , S. Sekiguchi (Mitsubishi Electric) |
|
|
Suggested approach toward HEVC test model creation |
S. Sekiguchi , K. Sugimoto (Mitsubishi Electric) |
|
|
Suggested approach toward HEVC test model creation |
S. Sekiguchi , K. Sugimoto (Mitsubishi Electric) |
|
|
Suggested approach toward HEVC test model creation |
S. Sekiguchi , K. Sugimoto (Mitsubishi Electric) |
|
|
A suggested starting point for HEVC test model |
K. Sugimoto , S. Sekiguchi (Mitsubishi Electric) |
|
|
A suggested starting point for HEVC test model |
K. Sugimoto , S. Sekiguchi (Mitsubishi Electric) |
|
|
A suggested starting point for HEVC test model |
K. Sugimoto , S. Sekiguchi (Mitsubishi Electric) |
|
|
On selecting coding tools for HEVC test model |
K. Sugimoto , A. Minezawa , S. Sekiguchi (Mitsubishi Electric) |
|
|
On selecting coding tools for HEVC test model |
K. Sugimoto , A. Minezawa , S. Sekiguchi (Mitsubishi Electric) |
|
|
TE1: Implicit direct vector derivation |
Y. Itani , S. Sekiguchi (Mitsubishi Electric) |
|
|
TE1: Implicit direct vector derivation |
Y. Itani , S. Sekiguchi (Mitsubishi Electric) |
|
|
TE1: Implicit direct vector derivation |
Y. Itani , S. Sekiguchi (Mitsubishi Electric) |
|
|
TE1: Spatio-temporal direct mode |
S. Sekiguchi , Y. Itani (Mitsubishi Electric) |
|
|
TE1: Spatio-temporal direct mode |
S. Sekiguchi , Y. Itani (Mitsubishi Electric) |
|
|
Chroma interpolation filtering using high precision filter |
D. Y. Kim , J. P. Kim , Y. L. Lee (Sejong University) , J. Lim , J. Song (SKT) |
|
|
TE1: Report of self derivation of motion estimation improvement in TMuC |
Y.-J. Chiu , L. Xu , W. Zhang , H. Jiang (Intel) |
|
|
TE1: Cross-checking of DMVD result from Huawei |
Y.-J. Chiu , L. Xu , W. Zhang , H. Jiang (Intel) |
|
|
TE12: Cross verification for adaptive loop filter (ALF) (on vs. off) |
Y.-J. Chiu , L. Xu , W. Zhang , H. Jiang (Intel) |
|
|
TE12: Cross verification for adaptive loop filter (ALF) (on vs. off) |
Y.-J. Chiu , L. Xu , W. Zhang , H. Jiang (Intel) |
|
|
TE10 subtest 1: Results of intra deblocking filter testing by SKKU/SKT |
J. Yang , K. Won , B. Jeon (SKKU) , J. Lim , J. Song (SKT) |
|
|
TE10 subtest 1: Cross-verification result of Microsoft deblocking filter proposal by SKKU/SKT |
J. Yang , K. Won , B. Jeon (SKKU) , J. Lim , J. Song (SKT) |
|
|
TE11: Cross-verification result of Orange Labs motion vector competition proposal (3.1a) by SKKU |
J. Yang , K. Won , B. Jeon (SKKU) |
|
|
Motion vector competition method with reduced candidate sets [Withdrawn] |
K. Won , J. Yang , B. Jeon (SKKU) , J. Lim , J. Song (SKT) |
|
|
Motion vector competition method with reduced candidate sets [Withdrawn] |
K. Won , J. Yang , B. Jeon (SKKU) , J. Lim , J. Song (SKT) |
|
|
Comments on V2V coding for TM/TMuC |
D. He , G. Korodi , P. Imthurn , J. Jamias , D. O’Loughlin , G. Martin-Cocher (RIM) |
|
|
Flexible scaling of quantization parameter |
D. Hoang (Zenverge) |
|
|
TE12.4: Mode dependent direnctional transform (MDDT) test (off vs. on) by HKUST |
X. Zhang (HKUST) |
|
|
Decoder-side block boundary decision (DBBD) with OBMC |
S. Fukushima (JVC) |
|
|
Decoder-side block boundary decision (DBBD) with OBMC |
S. Fukushima (JVC) |
|
|
TE1.a: Implementation report of refinement motion compensation using DMVD on TMuC |
M. Ueda (JVC) |
|
|
TE1.a: Implementation report of refinement motion compensation using DMVD on TMuC |
M. Ueda (JVC) |
|
|
TE1.a: Implementation report of refinement motion compensation using DMVD on TMuC |
M. Ueda (JVC) |
|
|
TE6.a: Huawei & HiSilicon report on cross verification of MSRA's LIC |
C. Lai , Y. Lin (HiSilicon) , J. Zhou (Huawei) |
|
|
TE6.a: Huawei & HiSilicon report on cross verification of MSRA's LIC |
C. Lai , Y. Lin (HiSilicon) , J. Zhou (Huawei) |
|
|
TE9-2: Report on performance tests for different sets of PU modes by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
|
|
TE9-2: Report on performance tests for different sets of PU modes by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
|
|
TE9-2: Report on performance tests for different sets of PU modes by Fraunhofer HHI |
B. Bross (Fraunhofer HHI) |
|
|
TE8: Crosscheck on TI’s proposal of parallel context processing by MediaTek |
Y.-L. Chang , Y.-W. Huang , S. Lei (MediaTek) |
|
|
TE10 subtest 1: Improved deblocking filter |
J. An , K. Zhang , Y. Gao , X. Guo , C.-M. Fu , Y.-W. Huang , S. Lei (MediaTek) |
|
|
TE10 subtest 2: Coding unit synchronous picture quadtree-based adaptive loop filter (QALF) |
C.-Y. Tsai , C.-M. Fu , C.-Y. Chen , Y.-W. Huang , S. Lei (MediaTek) |
|
|
TE10 subtest 2: Crosscheck on TOSHIBA’s proposal of adaptive loop filter by MediaTek |
C.-M. Fu , Y.-W. Huang , S. Lei (MediaTek) |
|
|
TE10 subtest 2: Crosscheck on SHARP’s proposal of adaptive loop filter by MediaTek |
C.-Y. Tsai , Y.-W. Huang , S. Lei (MediaTek) |
|
|
TE10 subtest 3: Controlled clipping |
Y.-L. Chang , C.-M. Fu (MediaTek) , A. Segall , Y. Su (Sharp) , C.-Y. Chen , Y.-W. Huang , S. Lei (MediaTek) |
|
|
TE10 subtest 3: Quadtree-based adaptive offset |
C.-Ming Fu , C.-Y. Chen , Y.-W. Huang , S. Lei (MediaTek) |
|
|
TE12: Crosscheck on deblocking filter in TMuC0.7 by MediaTek |
Y.-L. Chang , Y.-W. Huang , S. Lei (MediaTek) |
|
|
TE12.2: Report on asymmetric motion prediction unit (AMP) on/off |
A. Ichigaya , K. Iguchi (NHK) |
|
|
TE12.2: Report on asymmetric motion prediction unit (AMP) on/off |
A. Ichigaya , K. Iguchi (NHK) |
|
|
TE2: Cross-check of memory compression results from TOSHIBA (JCTVC-C075) |
Y. Choe , S. Hong (Yonsei Univ.) , Y-G. Kim (KGIT) |
|
|
Context-adaptive hybrid variable length coding |
Y. Xu , J. Li , W. H. Chen , D. Tian (Cisco Systems) |
|
|
Context-adaptive hybrid variable length coding |
Y. Xu , J. Li , W. H. Chen , D. Tian (Cisco Systems) |
|
|
Context-adaptive hybrid variable length coding |
Y. Xu , J. Li , W. H. Chen , D. Tian (Cisco Systems) |
|
|
TE12: Report on deblocking filter |
P. Chen , M. Karczewicz (Qualcomm) |
|
|
Fine granularity slices |
R. Sjöberg , P. Wennersten (Ericsson) |
|
|
Fine granularity slices |
R. Sjöberg , P. Wennersten (Ericsson) |
|
|
Fine granularity slices |
R. Sjöberg , P. Wennersten (Ericsson) |
|
|
TMuC 0.7 results with sequence dependent QPs |
K. Andersson , R. Sjöberg (Ericsson) |
|
|
TMuC 0.7 results with sequence dependent QPs |
K. Andersson , R. Sjöberg (Ericsson) |
|
|
TMuC 0.7 results with sequence dependent QPs |
K. Andersson , R. Sjöberg (Ericsson) |
|
|
TE10: Cross verification of Mediatek’s deblocking filter by Ericsson |
A. Norkin , R. Sjöberg , K. Andersson (Ericsson) |
|
|
TE10: Cross verification of Mediatek’s deblocking filter by Ericsson |
A. Norkin , R. Sjöberg , K. Andersson (Ericsson) |
|
|
TE10: Cross verification of Mediatek’s deblocking filter by Ericsson |
A. Norkin , R. Sjöberg , K. Andersson (Ericsson) |
|
|
TE6.a: Cross verification of line-based intra prediction |
J. Samuelsson , R. Sjöberg , K. Andersson (Ericsson) |
|
|
TE6.a: Cross verification of line-based intra prediction |
J. Samuelsson , R. Sjöberg , K. Andersson (Ericsson) |
|
|
TE7: Cross verification of MDDT simplification JCTVC-B024 |
K. Andersson (Ericsson) |
|
|
TE7: Cross verification of MDDT simplification JCTVC-B024 |
K. Andersson (Ericsson) |
|
|
TE12: Cross verification of RDOQ |
K. Andersson (Ericsson) |
|
|
TE12: Cross verification of RDOQ |
K. Andersson (Ericsson) |
|
|
TE12: Crosscheck on LCEC phase 2 |
P. Chen , M. Karczewicz (Qualcomm) |
|
|
TE10: Cross-verification result of SKKU/SKT deblocking filter |
K. Chono , K. Senzaki , H. Aoki , J. Tajime , Y. Senda (NEC) |
|
|
TE12.2: Results on MC interpolation filters |
K. Kondo , T. Suzuki (Sony) |
|
|
TE12.2: Results on MC interpolation filters |
K. Kondo , T. Suzuki (Sony) |
|
|
TE12.2: Results on MC interpolation filters |
K. Kondo , T. Suzuki (Sony) |
|
|
TE12.2: Results on MV prediction |
K. Sato , T. Suzuki (Sony) |
|
|
TE12.2: Results on MV prediction |
K. Sato , T. Suzuki (Sony) |
|
|
TE12.2: Results on MV prediction |
K. Sato , T. Suzuki (Sony) |
|
|
TE3 subset 4: Results on bi/single filter switching in FIF |
K. Kondo , T. Suzuki (Sony) |
|
|
TE3 subset 4: Results on bi/single filter switching in FIF |
K. Kondo , T. Suzuki (Sony) |
|
|
TE3 subset 4: Results on bi/single filter switching in FIF |
K. Kondo , T. Suzuki (Sony) |
|
|
TE3 subset 4: Results on bi/single filter switching in FIF |
K. Kondo , T. Suzuki (Sony) |
|
|
TE3 subset 4: Cross verification on high accuracy interpolation filter |
K. Kondo , T. Suzuki (Sony) |
|
|
TE11: Study on motion vector coding (experiment 3.3.a & 3.3.c) |
K. Sato (Sony) |
|
|
TE11: Study on motion vector coding (experiment 3.3.a & 3.3.c) |
K. Sato (Sony) |
|
|
TE11: Study on motion vector coding (experiment 3.3.a & 3.3.c) |
K. Sato (Sony) |
|
|
Proposal on large block structure and quantization |
K. Sato (Sony) |
|
|
Proposal on large block structure and quantization |
K. Sato (Sony) |
|
|
Comments on common test conditions |
K. Kondo , K. Sato , T. Suzuki (Sony) |
|
|
TE6.b: Experiment results of DCIM |
E. Maani , L. Dong , W. Liu (Sony) |
|
|
TE3.2: Report on cross-verification of simplified geometry block partitioning from Technicolor |
X. Zheng (HiSilicon) , H. Yu (Huawei) |
|
|
TE3.2: Report on cross-verification of simplified geometry block partitioning from Technicolor |
X. Zheng (HiSilicon) , H. Yu (Huawei) |
|
|
TE3.2: Report on cross-verification of simplified geometry block partitioning from Technicolor |
X. Zheng (HiSilicon) , H. Yu (Huawei) |
|
|
TE12.3: Experimental results of edge based prediction |
A. Tabatabai , C. Auyeung (Sony) |
|
|
TE6: Summary report of intra prediction improvements tool experiments |
A. Tabatabai (Sony) |
|
|
TE10 subtest 2: Parallel adaptive loop filter |
T. Ikai , T. Yamamoto (SHARP) |
|
|
TE10 subtest 2: Parallel adaptive loop filter |
T. Ikai , T. Yamamoto (SHARP) |
|
|
TE10 subtest 2: Parallel adaptive loop filter |
T. Ikai , T. Yamamoto (SHARP) |
|
|
TE12.3: Report on combined intra prediction |
T. Yamamoto , A. Segall (SHARP) |
|
|
TE6.b: Cross verification of differential coding of intra modes (DCIM) |
T. Yamamoto , Y. Yasugi (SHARP) |
|
|
Analysis and improvement of differential coding of intra modes |
T. Yamamoto , Y. Yasugi (Sharp) |
|
|
Analysis and improvement of differential coding of intra modes |
T. Yamamoto , Y. Yasugi (Sharp) |
|
|
Analysis and improvement of differential coding of intra modes |
T. Yamamoto , Y. Yasugi (Sharp) |
|
|
TE2: Cross-check of memory compression results from Panasonic (JCTVC-C074) |
A. Segall (Sharp) |
|
|
TE6: Cross-check of bi-directional intra-predition results from Toshiba |
A. Segall (Sharp) |
|
|
TE10.3: Cross check of MediaTek's proposal on quadtree-based adaptive offset |
A. Segall (Sharp) |
|
|
TE12.4: Cross-check of rotational transform (ROT) |
K. Misra , A. Segall (Sharp) |
|
|
TE12.2: Cross-check of adaptive motion vector resolution (AMVRES) technology in the TMuC software |
A. Segall (Sharp) |
|
|
Enhanced switching of interpolation filter for HEVC |
T. Yoshino , S. Naito , S. Sakazawa (KDDI) |
|
|
TE12.6: PIPE tested against LCEC by Cisco |
A. Fuldseth (Cisco) |
|
|
TE12.6: PIPE tested against LCEC by Cisco |
A. Fuldseth (Cisco) |
|
|
TE12.6: PIPE tested against LCEC by Cisco |
A. Fuldseth (Cisco) |
|
|
TE12.6: PIPE tested against LCEC by Cisco |
A. Fuldseth (Cisco) |
|
|
Recent improvements of the low complexity entropy coder (LCEC) in TMuC |
A. Fuldseth , G. Bjøntegaard (Cisco) , A. Hallapuro , K. Ugur , J. Lainema (Nokia) |
|
|
TE5: Results for simplified intra prediction tests by Nokia |
J. Lainema , K. Ugur (Nokia) |
|
|
TE5: Results for simplified intra prediction tests by Nokia |
J. Lainema , K. Ugur (Nokia) |
|
|
TE6.a: Cross-check of bidirectional intra prediction (JCTVC-B042) |
K. Iwata (Renesas) |
|
|
TE6.a: Cross-check of bidirectional intra prediction (JCTVC-B042) |
K. Iwata (Renesas) |
|
|
TE12.3: Results for planar prediction tests by Nokia |
J. Lainema , K. Ugur , O. Bici (Nokia) |
|
|
TE12.3: Results for planar prediction tests by Nokia |
J. Lainema , K. Ugur , O. Bici (Nokia) |
|
|
TE12.3: Results for planar prediction tests by Nokia |
J. Lainema , K. Ugur , O. Bici (Nokia) |
|
|
Evaluation of intra prediction based on repetitive pixel replenishment |
S. Mochizuki , K. Iwata (Renesas) |
|
|
Evaluation of intra prediction based on repetitive pixel replenishment |
S. Mochizuki , K. Iwata (Renesas) |
|
|
Evaluation of intra prediction based on repetitive pixel replenishment |
S. Mochizuki , K. Iwata (Renesas) |
|
|
TE7: Cross-check result of Peking Univ.’s proposal (JCTVC-C089) |
J. Kim , S.-C. Lim , H. Y. Kim , H. Lee , J. S. Choi (ETRI) |
|
|
TE11: Cross-check result of merge/skip (3.2c) |
S. Jeong , J. Lee , H. Y. Kim , S.-C. Lim (ETRI) , K. Kim , H. Lee , G. Park (KHU) |
|
|
TE7: Cross-verification results of Huawei proposal on simplified MDDT for intra prediction residual |
Y. Choe , J. Kim (Yonsei Univ.) , Y-G. Kim (KGIT) |
|
|
Overlapped block intra prediction |
K. Zhang , X. Guo , J. An , M. Guo , Y.-W. Huang , S. Lei (MediaTek) |
|
|
TE10 subtest 2: Cross-check results of JCTVC-C082 [Toshiba] Reduction of number of encoding passes for quadtree-based adaptive loop filter (QALF) |
P. Wu , S. Paschalakis , N. Sprljan (Mitsubishi Electric) |
|
|
TE10 subtest 2: Cross-check results of JCTVC-C082 [Toshiba] Reduction of number of encoding passes for quadtree-based adaptive loop filter (QALF) |
P. Wu , S. Paschalakis , N. Sprljan (Mitsubishi Electric) |
|
|
An enhanced block-based adaptive loop filter in TMuC0.7.0 platform |
P. Wu , S. Paschalakis , N. Sprljan (Mitsubishi Electric) |
|
|
An enhanced block-based adaptive loop filter in TMuC0.7.0 platform |
P. Wu , S. Paschalakis , N. Sprljan (Mitsubishi Electric) |
|
|
TE12.6: Results for LCEC_PHASE2 tests by Nokia |
K. Ugur , A. Hallapuro , J. Lainema (Nokia) |
|
|
TE12.6: Results for LCEC_PHASE2 tests by Nokia |
K. Ugur , A. Hallapuro , J. Lainema (Nokia) |
|
|
TE12.2: Results for SIFO-6Tap with DIF tests by Nokia and Qualcomm |
K. Ugur , J. Lainema (Nokia) , R. Panchal , M. Karczewicz (Qualcomm) |
|
|
TE12.2: Results for SIFO-6Tap with DIF tests by Nokia and Qualcomm |
K. Ugur , J. Lainema (Nokia) , R. Panchal , M. Karczewicz (Qualcomm) |
|
|
TE9: Simulation results for various max. number of transform quadtree depth |
J. Chen , T. Lee , W.-J. Han (Samsung) |
|
|
TE11: Report on experiment 3.2.c: Check skip and merge together |
I.-K. Kim , T. Lee , W.-J. Han (Samsung) |
|
|
TE12.1: Experimental results of transform unit quadtree/2-level test |
T. Lee , J. Chen , W.-J. Han (Samsung) |
|
|
TE12.2: Experimental results of SIFO (DIF) / DCT-IF |
E. Alshina , J. Chen , N. Shlyakhov , A. Alshin , W.-J. Han (Samsung) |
|
|
TE12.4: Experimental results of MDDT and ROT by Samsung and Qualcomm |
E. Alshina , A. Alshin , W.-J. Han (Samsung) , R. Joshi , M. Coban (Qualcomm) |
|
|
TE12.4: Experimental results of transform coefficient coding |
J. Chen , V. Seregin , W.-J. Han (Samsung) |
|
|
Bi-directional optical flow |
A. Alshin , E. Alshina (Samsung) |
|
|
Low-complexity adaptive coefficient scanning |
V. Seregin , J. Chen (Samsung) |
|
|
Chroma intra prediction by scaled luma samples using integer operations |
J. Chen , V. Seregin (Samsung) |
|
|
Encoder improvement of unified intra prediction |
Y. Piao , J.-H. Min , J. Chen (Samsung) |
|
|
Simulation results of motion partition, block merging and motion competition schemes |
I.-K. Kim , T. Lee (Samsung) |
|
|
Low-complexity 16x16 and 32x32 transforms and partial frequency transform |
Y.-M. Hong , M.-S. Cheon , I.-K. Kim (Samsung) |
|
|
Efficient coefficient coding method for large transform in VLC mode |
S. Lee , M.-S. Cheon , I.-K. Kim (Samsung) |
|
|
Inner block oriented ALF processing for memory & bandwidth reduction |
Y. Sohn , K.-H. Lee , B.-K. Lee , I.-K. Kim (Samsung) |
|
|
Cross-verification of JCTVC-C086: Experimental results of ALF on low complexity |
W.-J. Han (Samsung) |
|
|
Additional results for combined intra prediction |
M. Mrak , T.Davies , D. Flynn , A. Gabriellini (BBC) |
|
|
TE12.5: Results for adaptive loop filter using prediction and residual |
M. Narroschke (Panasonic) |
|
|
Adaptive MV resolution with directional filters |
K. Ugur , J. Lainema (Nokia) |
|
|
Adaptive MV resolution with directional filters |
K. Ugur , J. Lainema (Nokia) |
|
|
Adaptive MV resolution with directional filters |
K. Ugur , J. Lainema (Nokia) |
|
|
TE12.3: Results for edge based prediction |
V. Drugeon (Panasonic) |
|
|
TE06.b: Cross verification of differential coding of intra modes (DCIM) |
V. Drugeon (Panasonic) |
|
|
Encoding complexity reduction for intra prediction by disabling NxN partition |
J. Kim , Y.Jeon , B. Jeon (LG Electronics) |
|
|
In-loop reference frame denoising |
P. Amon , A. Hutter , E. Wige , A. Kaup (Siemens) |
|
|
In-loop reference frame denoising |
P. Amon , A. Hutter , E. Wige , A. Kaup (Siemens) |
|
|
In-loop reference frame denoising |
P. Amon , A. Hutter , E. Wige , A. Kaup (Siemens) |
|
|
TE3: Summary report for inter prediction in HEVC |
A. Krutz , T. Sikora (Tech. Univ. Berlin) |
|
|
TE3: Summary report for inter prediction in HEVC |
A. Krutz , T. Sikora (Tech. Univ. Berlin) |
|
|
TE3: Summary report for inter prediction in HEVC |
A. Krutz , T. Sikora (Tech. Univ. Berlin) |
|
|
TE3: Adaptive global motion temporal prediction for HEVC [Withdrawn] |
A. Glantz , A. Krutz , T. Sikora (Tech. Univ. Berlin) |
|
|
TE3: Adaptive global motion temporal prediction for HEVC [Withdrawn] |
A. Glantz , A. Krutz , T. Sikora (Tech. Univ. Berlin) |
|
|
In-loop filtering using temporal pixel trajectories [Withdrawn] |
M. Esche , A. Krutz , A. Glantz , T. Sikora (Tech. Univ. Berlin) |
|
|
In-loop filtering using temporal pixel trajectories [Withdrawn] |
M. Esche , A. Krutz , A. Glantz , T. Sikora (Tech. Univ. Berlin) |
|
|
TE8 report |
G. Martin-Cocher (RIM) , M. Budagavi (TI) |
|
|
Frame coding in vertical raster scan order |
D.-K. Kwon , H. Kim (TI) |
|
|
TE12: Summary of evaluation of TMuC tools in TE12 |
K. McCann (Samsung/Zetacast) |
|
|
Low-complexity configurable transform architecture for HEVC |
M. Sadafale , M. Budagavi (TI) |
|
|
Parallelization of HHI_TRANSFORM_CODING |
V. Sze , M. Budagavi (TI) |
|
|
A simple cache model for measuring motion compensation bandwidth |
M. Budagavi (TI) |
|
|
TE10 subset 2: Cross check result of MediaTek ALF |
I. S. Chong , M. Karczewicz (Qualcomm) |
|
|
TE12: Cross check result of Panasonic's 3-input-ALF |
I. S. Chong , M. Karczewicz (Qualcomm) |
|
|
TE12.1: Results for PU based merging |
Y. Suzuki , T.K. Tan , F. Bossen (NTT DOCOMO) |
|
|
TE12.7: Verification of JCTVC-C041 (partition based illumination compensation - PBIC) |
N. Sprljan , S. Paschalakis , P. Wu (Mitsubishi Electric) |
|
|
TE3 subtest 3: Local intensity compensation (LIC) for inter prediction |
N. Sprljan , S. Paschalakis , P. Wu (Mitsubishi Electric) |
|
|
Simplified intra smoothing |
Y. Zheng , M. Coban , M. Karczewicz (Qualcomm) |
|
|
TE12: Evaluation of adptive in-loop filter |
I. S. Chong , M. Karczewicz (Qualcomm) |
|
|
Report of complexity analysis of geometric partitioning |
K. Vermeirsch , J. De Cock , R. Van de Walle (Ghent Univ. - IBBT) |
|
|
Reduced complexity 32×32 transform by coefficient zero-out |
J. Sole , R. Joshi , M. Karczewicz (Qualcomm) |
|
|
TE12.8: Results on RDOQ in high efficiency settings |
J. Zan , J. Meng , M. T. Islam , D. He (RIM) |
|
|
TE12: Report on interpolation filter: SIFO/DIF |
R. Panchal , M. Karczewicz (Qualcomm) |
|
|
TE3: Cross-check results of local intensity compensation tool from Mitsubishi Electric |
D. Karwowski (Poznan Univ. Tech.) |
|
|
TE12: Crosscheck on interpolation filter: SIFO(DIF)/MOMS |
R. Panchal , M. Karczewicz (Qualcomm) |
|
|
Cross check result of JCTVC-C084 |
I. S. Chong , M. Karczewicz (Qualcomm) |
|
|
TE12.3: Report on planar intra prediction |
D. Flynn (BBC) |
|
|
TE 8: Cross verification of TI-PCP proposal for significance map |
J. Zan , J. Meng , M. T. Islam , D. He (RIM) |
|
|
TE12.8: Cross-verification of partition-based illumination compensation (PBIC) |
P. Onno (Canon) |
|
|
TE3 subset 4: Cross-verification on bi/single filter switching in FIF |
T. Chujoh , K. Kanou , T. Yamakage (Toshiba) |
|
|
TE12.2: Cross verification on DCT-IF for chroma |
T. Chujoh , K. Kanou , T. Yamakage (Toshiba) |
|
|
TE 8: Reports on V2V coding and context modeling by RIM |
J. Zan , G. Korodi , J. Meng , M. T. Islam , D. He (RIM) |
|
|
Low complexity adaptive coefficient scanning |
M. Coban , R. Joshi , M. Karczewicz (Qualcomm) |
|
|
Overlapped block motion compensation in TMuC |
P. Chen , R. Panchal , W.-J. Chien , M. Karczewicz (Qualcomm) |
|
|
TE 12: Report on evaluation of internal bit depth increase and transform precision extension |
R. Joshi, M. Karczewicz (Qualcomm) |
|
|
Encoder speedup for bidirectional averaging with rounding control |
R. Panchal, M. Karczewicz, P. Chen (Qualcomm) |
|
|
Test result of SIFO for sequencs with illumination change |
R. Panchal, M. Karczewicz (Qualcomm) |
|
|
DCT+Hadamard low complexity large transform for Inter coding |
M. Budagavi , A. Gupte (TI) |
|
|
New results for entropy slices for highly parallel coding |
K. Misra, J. Zhao, A. Segall (SHARP) |
|
|
On motion vector competition |
Y. Su, A. Segall (SHARP) |
|
|
TE 12: Evaluation of transform skip flag (RQT_ROOT) |
W.-J. Chien, P. Chen, M. Karczewicz (Qualcomm) |
|
|
TE12: Results for experiments on Max CU size |
Y. Yu, K. Panusopone, L. Wang, S.-T. Hsiang, F. Ishtiaq (Motorola) |
|
|
Flexible picture partitioning |
K. Panusopone, X. Fang, L. Wang (Motorola) |
|
|
TE4: Summary of TE4 on variable length coding |
X. Wang (Qualcomm) |
|
|
TE4: Report on VLC for coded block flag |
X. Wang, M. Karczewicz, W.-J. Chien (Qualcomm) |
|
|
Improvements on VLC |
M. Karczewicz, W.-J. Chien, X. Wang (Qualcomm) |
|
|
TE 12: Evaluation of block merging (MRG) |
W.-J. Chien, P. Chen, M. Karczewicz (Qualcomm) |
|
|
TE 12: Evaluation of adaptive motion vector resolution (AMVRES) |
W.-J. Chien, P. Chen, M. Karczewicz (Qualcomm) |
|
|
TE1: Cross-check result of DMVD proposal from JCTVC-C138 (JVC/Kenwood) |
W.-J. Chien, P. Chen, M. Karczewicz (Qualcomm) |
|
|
Test results of transform skip flag and phase 2 VLC integration |
W.-J. Chien, P. Chen, X. Wang, M. Karczewicz (Qualcomm) |
|
|
TE12: Report on evaluation of MDDT and ROT |
R. Joshi, M. Coban, M. Karczewicz (Qualcomm) |
|
|
A study on the impact of intra smoothing |
A. Tabatabai, C. Auyeung, E. Maani, T. Suzuki (Sony) |
|
|
TE6.a: Report of line-based coding |
X. Peng, J. Xu, F. Wu (Microsoft) |
|
|
TE6: Cross-verification of HiSilicon’s short distance intra prediction by Microsoft |
X. Peng, J. Xu (Microsoft) |
|
|
TE6: Cross-verification of MediaTek's overlapped block intra prediction by Microsoft |
X. Peng, J. Xu (Microsoft) |
|
|
TE10 subset 1: Report of content-adaptive de-blocking |
Z. Xiong, X. Sun, J. Xu (Microsoft) |
|
|
TE10 subset 1: Cross- verification of NEC’s joint deblocking-debanding filter by Microsoft |
X. Xiong, J. Xu (Microsoft) |
|
|
Improve intra frame coding by PU/TU reordering |
X. Peng, J. Xu, F. Wu (Microsoft) |
|
|
Screen content coding results using TMuC |
C. Lan, J. Xu, F. Wu (Microsoft), G. Shi (Xidian Univ.) |
|
|
Redundancy reduction in Cbf and merge coding |
B. Li, J. Xu, F. Wu, G. J. Sullivan (Microsoft), H. Li (Univ. Sci. Tech China) |
|
|
Redundancy reduction in B-frame coding at temporal level zero |
B. Li, J. Xu, G. J. Sullivan, F. Wu (Microsoft), H. Li (Univ. Sci. Tech China) |
|
|
Opportunistic parallel V2V decoding |
D. He, G. Korodi, E.-h. Yang, G. Martin-Cocher (RIM) |
|
|
TE8: Crosscheck result of the transcoder for JCTVC-B034 source selection for V2V entropy coding in HEVC |
Y.-L. Chang, Y.-W. Huang, S. Lei (MediaTek) |
|
|
TE12: Evaluation of fast adaptive intra smoothing |
M. Coban , Y. Zheng , M. Karczewicz (Qualcomm) |
|
|
TE3 subtest 1: Cross-check of results from LG |
M. Tok, A. Glantz, A. Krutz, T. Sikora (Tech. Univ. Berlin) |
|
|
Region of block based dynamic video processing for HEVC |
A. Paul (Hanyang Univ. / NCKU) |
|
|
TE9-2.1 Report on forced RQT split according to PUs (Sharp, Microsoft) |
A. Segall (Sharp), J. Xu (Microsoft) |
|
|
Modified uni-directional inter prediction in generalized P and B pictures |
W.-J. Chien, P. Chen, X. Wang, M. Karczewicz (Qualcomm) |
|
|
TE12.2: Technicolor & INRIA report on AMP evaluation |
E. Francois (Technicolor) , L. Guillo (INRIA) |
|
|
Cross-check of encoder speedup for bidirectional averaging with rounding control |
B. Bross (Fraunhofer HHI) |
|
|
TE4: Verification results of JCTVC-C262 |
T. Yamakage (Toshiba) |
|
|
TE11: Report on experiment 3.1.a: Disabling MV competition |
J. Jung, G. Clare, S. Pateux (Orange Labs) |
|
|
TE11: Report on experiment 3.2.b: MV-Competition on Inter, Skip and Direct modes |
J. Jung, G. Clare, S. Pateux (Orange Labs) |
|
|
TE11: Report on experiment 3.3.b: ‘temporally oriented’ set of predictors for MV-Competition |
J. Jung, G. Clare, S. Pateux (Orange Labs) |
|
|
TE11: Verification of experiment 3.2.d by NTT DOCOMO |
J. Jung, G. Clare, S. Pateux (Orange Labs) |
|
|
TE11: Summary report for TE11 on motion vector coding |
J. Jung (Orange Labs) |
|
|
Re-compensation based on partial coefficients |
H. Zhu (Zhu) |
|
|
Decoding improvement on the PA-Coder |
H. Zhu (Zhu) |
|
|
Cross-verification of JCTVC-C213: additional results for combined intra prediction |
W.-J. Han (Samsung) |
|
|
TE12.4 Cross-check of unified MDDT/ROT |
T. Davies, D. Flynn (BBC) |
|
|
UK National Body comments on HEVC Timescales |
UKNB of WG11 |
|
|
High-efficiency entropy coding simplifications |
V. Sze , M. Budagavi (TI) |
|
|
Geometry motion partition |
P. Chen, L. Guo, M. Karczewicz (Qualcomm) |
|
|
Improved intra smoothing for UDI and new AIS fast mode |
T. Nguyen (Fraunhofer HHI) |
|
|
Geometry adaptive block partitioning (GEO) cross-check |
E. Francois , P. Bordes (Technicolor) |
|
|
Showing the possibility of fast CABAC |
H.-Joong Kim, X. Qu (Korea Univ.), W.-J. Han (Samsung) |
|
|
TE7: Results for Simplification of MDDT Transform |
W. Ding, Y. Shi, B. Yin (Beijing Univ. Tech) |
|
|
Investigations for representing rectangular blocks using the merging concept |
H. Schwarz, D. Marpe, T. Wiegand (Fraunhofer HHI) |
|
|
Cross Verification of Low Complexity Adaptive Coefficient Scanning |
J. Zan, J. Meng, M. T. Islam, D. He (RIM) |
|
|
Cross verification of MV Coding Proposal by JCTVC-C293 |
K. Sato (Sony) |
|
|
Cross verification of DCT-IF for chroma |
T. Suzuki (Sony) |
|
|
TE7: Summary report for MDDT Simplification |
R. Cohen (Merl) , C. Yeo (I2R) , R. Joshi (Qualcomm) |
|
|
Fast intra encoding for fixed maximum depth of transform quadtree |
B. Bross , H. Kirchhoffer , H. Schwarz , T. Wiegand (Fraunhofer HHI) |
|
|
Cross-verification of JCTVC-C311: Fast intra encoding for fixed maximum depth of transform quadtree |
W.-J. Han (Samsung) |
|
|
TE8: Crosscheck Result of the Transcoder of JCTVC-B034 for V2V Entropy Coding in HEVC |
Y. Zheng , R. Joshi , M. Coban , M. Karczewicz (Qualcomm) |
|
|
Verification results of Samsung's proposal JCTVC-C206 |
J. Kim, J. Park, B. Jeon (LG Electronics) |
|
|
On the computation of PSNR and BD-Rate |
D. Hoang (Zenverge) |
|
|
Verification Results of Simplified Intra Smoothing (JCTVC-C234) |
T. Yamakage (Toshiba) |
|
|
Breakout Report on Interpolation Filters |
K. Ugur (BoG coordinator) |
|
|
TMuC text on max CU size seems broken |
R. Sjöberg (Ericsson) |
|
|
BoG report: residual quadtree structure |
T. Wiegand, H. Schwarz, B. Bross, A. Fuldseth, X. Wang, W.-J. Han (BoG coordinators) |
|
|
TE12: Summary of results of evaluation of TMuC tools in TE12 |
K. McCann (TE coordinator) |
|
|
Meeting report of the third meeting of the Joint Collaborative Team on Video Coding (JCT-VC), Guangzhou, CN, 7–28 October, 2010 |
G. J. Sullivan , J.-R. Ohm (chairs) |
|
|
The process of Test Model development for the HEVC initiative |
G. Sullivan, J.-R. Ohm (chairs) |
|
|
High Efficiency Video Coding (HEVC) Test Model 1 (HM 1) Encoder Description |
K. McCann, B. Bross, S. Sekiguchi (editors) |
|
|
High Efficiency Video Coding (HEVC) text specification Working Draft 1 |
T. Wiegand, W.-J. Han, J.-R. Ohm, G. J. Sullivan (editors) |
|
|
HEVC software guidelines |
K. Sühring , D. Flynn , F. Bossen (on behalf of JCT-VC) |
|
|
Summary of HEVC working draft 1 and HEVC test model (HM) |
T. K. Tan, G. J. Sullivan, J.-R. Ohm (on behalf of JCT-VC) |
|
|
Common test conditions and software reference configurations |
F. Bossen (on behalf of JCT-VC) |
|
|
Description of Core Experiment 1: Decoder-Side Motion Vector Derivation |
Y.-J. Chiu, H. Yu, Y.-W. Huang, S. Sekiguchi (CE coordinators) |
|
|
Description of Core Experiment 2: Flexible Motion Partitioning |
E. Francois , P. Chen , X. Zheng (CE coordinators) |
|
|
Description of Core Experiment 3: Interpolation Filtering for MC (Luma) |
T. Chujoh (CE coordinator) |
|
|
Description of Core Experiment 4: Interpolation for MC (Chroma) |
E. Alshina , Y.-L. Lee , P. Chen , H. Lakshman (CE coordinators) |
|
|
Description of Core Experiment 5: Low Complexity Entropy Coding Improvements |
X. Wang (CE coordinator) |
|
|
Description of Core Experiment 6: Intra Prediction Improvement |
A Tabatabai (CE coordinator) |
|
|
Description of Core Experiment 7: Alternative Transforms |
R. Cohen , C. Yeo , R. Joshi (CE coordinators) |
|
|
Description of Core Experiment 8: In-loop filtering |
T. Yamakage, T. Chujoh, Y. W. Huang, K. Chono, I.S. Chong, T. Yamamoto, J. Lim, B. Jeon, J. Xu, M. Narroschke (CE coordinators) |
|
|
Description of Core Experiment 9: Motion Vector Coding |
J. Jung, B. Bross (CE coordinators) |
|
|
Description of Core Experiment 10: Number of Intra Prediction Directions |
K. Sugimoto (CE coordinator) |
|
|
Description of Core Experiment 11: Coefficient Scanning and Coding |
V. Sze, K. Panusopone, J. Chen, T. Nguyen, M. Coban (CE coordinators) |
|
|
Description of Core Experiment 12: Adaptive Motion Vector Resolution |
W.-J. Chien (CE coordinator) |
|
|
Description of Core Experiment 13: Intra Smoothing |
M.Coban , B. Bross , J. Chen (CE coordinators) |