Fig.20 Jockey_1920x1080.yuv [29] Fig.21 PeopleOnStreet_2560_1600_30_crop.yuv [29] 11. Comparison Methodology : Test sequences in .yuv format are encoded using HM 16.2 [26] [33] ,JM 18.6 [27] [32] and VPX encoder from The WebM Project [28] . Different resolutions of test sequences are used. Appendices A ,B and C give brief description of configuration settings used in the encoding tools. 11.1 Test Platform : Processor : Intel(R) Core(TM) i5-4210U CPU @ 1.70GHz Installed Memory(RAM): 8.00 GB System Type: 64-bit operating system, x-64 based processor 12. Results : All-Intra Configuration: Simulation results of configuration for the test sequences are tabulated in Tables 1-5: Implementation results for akiyo_qcif.yuv , Number of Frames Encoded = 20 HEVC H.264 VP9 QP PSNR Bit Rate Encoding PSNR Bit Encoding PSNR Bit Encoding in dB in Kbps time in in dB Rate in time in in dB Rate in time in seconds Kbps seconds Kbps seconds 44.6421 369.4440 5.836 44.4821 474.04 1.394 42.804 287.634 4.118 22 27 41.0097 243.0660 5.195 40.6602 299.65 1.111 40.946 231.692 3.850 32 37.5213 154.0740 4.732 36.7820 188.64 0.998 39.110 185.502 3.543
Fig.20 Jockey_1920x1080.yuv [29] Fig.21 PeopleOnStreet_2560_1600_30_crop.yuv [29] 11. Comparison Methodology : Test sequences in .yuv format are encoded using HM 16.2 [26] [33] ,JM 18.6 [27] [32] and VPX encoder from The WebM Project [28] . Different resolutions of test sequences are used. Appendices A ,B and C give brief description of configuration settings used in the encoding tools. 11.1 Test Platform : Processor : Intel(R) Core(TM) i5-4210U CPU @ 1.70GHz Installed Memory(RAM): 8.00 GB System Type: 64-bit operating system, x-64 based processor 12. Results : All-Intra Configuration: Simulation results of configuration for the test sequences are tabulated in Tables 1-5: Implementation results for akiyo_qcif.yuv , Number of Frames Encoded = 20 HEVC H.264 VP9 QP PSNR in dB Bit Rate in Kbps Encoding time in seconds PSNR in dB Bit Rate in Kbps Encoding time in seconds PSNR in dB Bit Rate in Kbps Encoding time in seconds 22 44.6421 369.4440 5.836 44.4821 474.04 1.394 42.804 287.634 4.118 27 41.0097 243.0660 5.195 40.6602 299.65 1.111 40.946 231.692 3.850 32 37.5213 154.0740 4.732 36.7820 188.64 0.998 39.110 185.502 3.543
EE5359_PROJECT%20FINAL%20REPORT_DEEPIKA%20PAGALA%20.docx