Video Traces 2 Offset Distortions for City

[Trace Website ]->[ Video Traces ]->[ Videotraces 2 ]->[ SVC Single ]->[ City ]->[ G16B3 ]->[ 28,28,28 ]->[ Offset Y]

When you use the traces, please cite:

Patrick Seeling and Martin Reisslein. Video Transport Evaluation With H.264 Video Traces. IEEE Communications Surveys and Tutorials 14(4): 1142-1165, Fourth Quarter 2012.
Digital Object Identifier: 10.1109/SURV.2011.082911.00067

Bibtex

and

Rohan Gupta, Akshay Pulipaka, Patrick Seeling, Lina J. Karam, and Martin Reisslein. H.264 Coarse Grain Scalable (CGS) and Medium Grain Scalable (MGS) Encoded Video: A Trace Based Traffic and Quality Evaluation.PDF Version, IEEE Transactions on Broadcasting, 58(3): 428-439, September 2012.

For the implications of the hierarchical B frames in H.264/SVC for the timing of the video frame transmissions please refer to:

Geert Van der Auwera and Martin Reisslein. Implications of Smoothing on Statistical Multiplexing of H.264/AVC and SVC Video Streams. IEEE Transactions on Broadcasting, 55(3):541-558, September 2009.


Selected Component: Y

Offset Distortion Trace Preview
# This offset distortion trace was obtained from trace.eas.asu.edu
# Sequence: City
# Resolution: 352x288
# Encoder: JSVM (9.15)
# Encoding type: High (Level 1.2)
# GoP pattern: G16B3
# Quantization parameters (I,P,B): 28, 28, 28
# CGS base layer:
# Component: Y
# Other: DQP 10, 3 EL
# Frame  Offset=0 Offset=1 Offset=2 Offset=3 Offset=4 Offset=5 Offset=6 Offset=7 Offset=8 Offset=9 Offset=10 Offset=11 Offset=12 Offset=13 Offset=14 Offset=15 Offset=16 
035.8348720.7362819.4314318.8180918.4149818.3824518.4072318.5101418.3384118.1158517.931517.7643317.6132217.6913717.6732917.6480717.51431
135.6452420.5503919.5675618.9284718.8595818.9425118.6744418.3628318.2099918.0860717.9488917.7603517.7414717.7507617.6901617.5821617.56693
235.7772621.0136219.8471819.7464219.4768818.7568518.3147218.3332618.2493218.1342317.9783717.9837817.9010117.8660517.7120717.7233617.62978
335.4956721.7337220.9524619.6817418.8089818.3204118.2348318.3023918.2471518.0757618.1119518.1223318.0488117.8629317.886417.817217.72203
435.5361522.1481419.9963518.9358818.3713118.3193718.3834318.3778418.2113318.2126218.1725818.1421917.9986218.0437117.9637617.9591517.6921
535.3951420.7399119.4341618.6229218.3287118.3611218.3291818.2770518.2279118.0407717.871417.7230217.7883917.7529317.907817.7610517.82398
635.7926520.3268118.9139918.5381118.395218.3904118.2699918.1497917.7721817.67617.546317.6173517.5845117.6529517.718717.8085617.8129
736.3099719.9921619.1474318.9605918.6861918.3718518.2056917.8574617.7330617.6899217.7087117.6857517.7462817.8098617.8247117.8082317.81999
835.876821.1598419.6622618.883918.4980918.3527818.0311417.8199417.7182417.8024717.7666217.8454517.7846117.7701717.7544217.7446917.65794
935.5583620.6491519.2207118.7222218.5040618.1490117.9594317.8185817.8326717.8520117.9047217.7481717.7518317.7265317.7299217.6470917.66759
1036.0358420.3746719.4128418.935718.4912318.2120518.0099117.9803217.9255617.9742417.874117.8373317.8052117.8111917.7492617.7820317.73729
1135.8791920.9254719.7712218.9903718.5518518.301518.259918.1250118.0846617.9156117.9001417.8902617.8991417.8515617.8970717.87417.84852
1235.6167321.2074819.4658518.8333718.4408918.3375218.2147118.2399218.0143817.9913517.9925517.9982717.9231718.0278117.999617.950917.907
1336.1858920.5777719.3493418.8377218.6556618.4431218.5194218.2547818.172118.1221318.1660318.0593418.0855918.1165218.1101918.0441818.11575
1436.5436920.7566319.5209419.2445318.9250818.8539918.3902718.3854418.2836818.247918.1616818.1876518.1162918.1479118.1382818.1613118.11468
1536.0577421.3120320.2247119.6678319.2462318.7126718.6807518.5024518.3650218.1879618.236918.215918.2277818.1682618.1548818.1362718.07217
1635.9574522.1589320.5413419.7034519.1439318.7700618.6653418.4984118.2804618.3012418.3043118.3007518.1638318.1462218.1503518.1210517.99242


Offset Distortion Extraction

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