Deliver High Quality High Performance HEVC via Intel® Media Server Studio

BD rate percentage difference on sequence Nebuta_Festival the corresponding RD comparison curves for
TU4 mode for the two cases are shown in Fig. 14A2.
PSNR (dB)
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Figure 14A2 RD results of 4:2:0 10-bit UHD1600p scenes with the biggest and the smallest quality
difference wrt HM14 for Media Server Studio TU4 mode
Next, Table 9B shows BD rate percentage differences of Media Server Studio HEVC wrt HM14 on the
HD1080p test set. The average luma BD rate percentage difference of Media Server Studio HEVC Codec
over HM14 reference, is 2.9%, 9.8%, and 33.7% respectively in TU1, TU4, and TU7 modes.
Table 9B Relative Quality Evaluation Results on 4:2:0 10-bit HD1080p test set for Intel® Media Server Studio HEVC
Software Codec in TU1, TU4, and TU7 modes with respect to MPEG HEVC HM14 Codec
HD1080p Test
Sequence
ReadySetGo Y
HEVC HM14.0
MediaServerStudio TU4
0 10000 20000 30000
BitRate (kbps)
TU1 BD rate, %age TU4 BD rate, %age TU7 BD rate, %age
Y U V Y U V Y U V
1 CrowdRun 2.19 1.21 0.72 15.88 19.59 21.04 34.75 45.79 48.36
2 ParkScene 3.08 1.80 8.67 15.88 20.53 30.33 30.80 41.00 47.29
3 Seeking 3.26 -0.79 -1.38 -2.31 -1.49 -0.43 35.42 39.99 40.70
Average 2.85 0.74 2.67 9.82 12.87 16.98 33.66 42.26 45.45
PSNR (dB)
31
30
29
28
27
Nebuta_Festival Y
HEVC HM14.0
MediaServerStudio TU4
0 20000 40000 60000
BitRate (kbps)
Deliver High Quality, High Performance HEVC via Intel® Media Server Studio
Further, Table 9B shows on HD1080p test set that Media Server Studio HEVC Codec in TU1 mode with
respect to HM14 reference, results in the biggest luma BD rate percentage difference on Seeking 1080p
sequence and the smallest luma BD rate percentage difference on CrowdRun 1080p sequence; the
corresponding RD comparison curves for TU1 mode for the two cases are shown in Fig. 14B1.
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