Video Traces 2 Offset Distortions for Elephants Dream

[Trace Website ]->[ Video Traces ]->[ Videotraces 2 ]->[ SVC Single ]->[ Elephants Dream ]->[ G16B15 ]->[ 38,N/A,38 ]->[ Offset V]

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: V

Offset Distortion Trace Preview
# This offset distortion trace was obtained from trace.eas.asu.edu
# Sequence: Elephants Dream
# Resolution: 352x288
# Encoder: JSVM (9.19.7)
# Encoding type: High (Level 2.1)
# GoP pattern: G16B15
# Quantization parameters (I,P,B): 38, N/A, 38
# CGS base layer:
# Component: V
# 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 
0188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308
1188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.130850.71946
2188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.130850.7194650.13841
3188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.130850.7194650.1384147.27489
4188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.130850.7194650.1384147.2748946.76914
5188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.130850.7194650.1384147.2748946.7691444.05588
6188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.130850.7194650.1384147.2748946.7691444.0558843.64872
7188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.130850.7194650.1384147.2748946.7691444.0558843.6487243.20005
8188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.130850.7194650.1384147.2748946.7691444.0558843.6487243.2000543.17474
9188.1308188.1308188.1308188.1308188.1308188.1308188.1308188.130850.7194650.1384147.2748946.7691444.0558843.6487243.2000543.1747440.85561
10188.1308188.1308188.1308188.1308188.1308188.1308188.130850.7194650.1384147.2748946.7691444.0558843.6487243.2000543.1747440.8556140.63571
11188.1308188.1308188.1308188.1308188.1308188.130850.7194650.1384147.2748946.7691444.0558843.6487243.2000543.1747440.8556140.6357139.8116
12188.1308188.1308188.1308188.1308188.130850.7194650.1384147.2748946.7691444.0558843.6487243.2000543.1747440.8556140.6357139.811639.54989
13188.1308188.1308188.1308188.130850.7194650.1384147.2748946.7691444.0558843.6487243.2000543.1747440.8556140.6357139.811639.5498938.37768
1470.2105670.2105670.2105650.7534950.1681747.3222946.8120644.096143.6880343.2367143.2111940.8855940.666639.841739.5790438.4033838.21409
1557.2461457.2461451.0606350.5005247.9011947.3577144.6481544.2115943.7282643.6990841.2851141.0583440.2126939.9357138.72538.52638.30637
1651.8208751.1274250.7710848.9043548.3033245.7529345.2512344.6961444.6392442.0924241.8432540.9440540.6342139.3639339.1408638.897438.74223


Offset Distortion Extraction

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