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

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) ) else ( ) set %~3=1600 IF %~1 EQU 2160 ( set %~2=3840 set %~3=2160 ) else ( IF %~1 EQU 2048 ( set %~2=3840 set %~3=2048 ) else ( IF %~1 EQU 1080 ( set %~2=1920 set %~3=1080 ) else ( IF %~1 EQU 720 ( set %~2=1280 set %~3=720 ) else ( IF %~1 EQU 576 ( set %~2=704 set %~3=576 ) else ( IF %~1 EQU 480 ( set %~2=832 set %~3=480 ) else ( echo Unknown resolution. exit /b ) ) ) ) ) ) Deliver High Quality, High Performance HEVC via Intel® Media Server Studio 79 *Other names and brands may be claimed as property of others.
C3: Scripts for 4:2:0 content Encoding with Intel® Media Server Studio HEVC Encoder We now provide example scripts (windows batch file and the other windows batch files it calls) for encoding using the MSS HEVC encoder. Deliver High Quality, High Performance HEVC via Intel® Media Server Studio 80 run_MSS_HEVC.bat REM Script Sequence FPS qp1 qp2 qp3 qp4 TU Resolution FOR %%G in (speed, balanced, quality) do ( call Codec\MSS\mss_qp_hevc.cmd park_joy_3840x2160_50_8bit 50 26 29 33 37 %%G 2160 call Codec\MSS\mss_qp_hevc.cmd ducks_take_off_3840x2160_50_8bit 50 28 31 35 37 %%G 2160 call Codec\MSS\mss_qp_hevc.cmd crowdRun_3840x2160_50_8bit 50 26 30 34 38 %%G 2160 call Codec\MSS\mss_qp_hevc.cmd PeopleOnStreet_3840x2160_30_8bit 30 22 27 30 33 %%G 2160 call Codec\MSS\mss_qp_hevc.cmd Traffic_3840x2048_30_8bit 30 18 22 26 30 %%G 2048 call Codec\MSS\mss_qp_hevc.cmd Nebuta_Festival_2560x1600_60_8bit 60 30 33 36 39 %%G 1600 call Codec\MSS\mss_qp_hevc.cmd park_joy_1920x1080_50 50 26 29 33 37 %%G 1080 call Codec\MSS\mss_qp_hevc.cmd ducks_take_off_1920x1080_50 50 28 31 35 37 %%G 1080 call Codec\MSS\mss_qp_hevc.cmd crowdRun_1920x1080_50 50 26 30 34 38 %%G 1080 call Codec\MSS\mss_qp_hevc.cmd touchdown_pass_1920x1080_30 30 23 26 30 34 %%G 1080 call Codec\MSS\mss_qp_hevc.cmd BQTerrace_1920x1080_60 60 25 27 31 34 %%G 1080 call Codec\MSS\mss_qp_hevc.cmd ParkScene_1920x1080_24 24 23 26 29 32 %%G 1080
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Deliver High Quality, High Performa
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Intel's compilers may or may not op
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Appendix A and B summarize quality
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Sample Adaptive Offset (SAO) Appli
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System: Splitter/Muxer support for
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Intel® Media Server Studio HEVC So
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internally modulated into multiple
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over HM14 reference, is 1.71%, 17.3
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42 Crew Y 33 Ducks_take_off Y 41 32
Page 29 and 30: Deliver High Quality, High Performa
Page 31 and 32: * For average encoder speed calcula
Page 33 and 34: CPU load Comparison between MediaSe
Page 35 and 36: Intel® Media Server Studio HEVC So
Page 37 and 38: oughly 4 times that of 4K resolutio
Page 41 and 42: Quality vs Performance Y Deliver Hi
Page 45 and 46: For instance, Table 9A shows on UHD
Page 49 and 50: Table 10A Encoding Speed of 4:2:0 1
Page 51 and 52: Quality vs Performance Y 0 0 5 10 1
Page 55 and 56: For instance, Table 13A shows on HD
Page 59 and 60: Table 14A Encoding Speed of 4:2:2 8
Page 65 and 66: Further, Table 17 shows that on 4:2
Page 67 and 68: From Fig. 22A it can be seen that t
Page 69 and 70: Summary Deliver High Quality, High
Page 73 and 74: Appendix B B1: Summary of 4:2:0 10-
Page 75 and 76: B3: Summary of 4:2:2 10-bit Coding
Page 77 and 78: C2: Scripts for 4:2:0 content Encod
Page 79: script_par_rdpf_pd_hevc.bat Deliver
Page 83 and 84: mss_enc_params.cmd Deliver High Qua
Page 87 and 88: Next i ' cubic function is rate(i)
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Deliver High Quality High Performance HEVC via Intel® Media Server Studio

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