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2019年AI和ffmpeg_gstreamer的应用实践.pdf

上传人: 云闲 编号:97363 2021-01-01 26页 10.65MB

1、AI和FFmpeg/gstreamerAgenda FFmpeg Gstreamer FeatherNet for face anti-spoofingFFMPEGFFmpeg is the most popular open-source multimedia manipulation tools with a library of plugins that can be applied to various parts of the audio and video processing pipelines and have achieved wide adoption across the

2、 world Video encoding,decoding and transcoding are some of the most popular applications of FFmpeg,and Multiplatform is supported such as Linux/Android/Windows.ffmpeg-qsv and ffmpeg-vaapi are providing HW acceleration for intel platforms.repo link:https:/git.ffmpeg.org/ffmpeg.githttps:/git.libav.org

3、/FFmpegDNN in FFmpegGuo YejunDNN in FFmpegGstreamer结构9FeatherNet for Face Antispoofing10Face Anti-spoofing competitionCVPR2019us11Feather for(Face Anti-spoofing)next level details数据源由Intel realsense采集12Feather:Feathernet,MobileLiteNetA/BOur Model:as lite as FeatherMore preciseBlocks used in FeatherN

4、etsBN ReLU63x3 DWConv1x1 Conv1x1 ConvBN ReLU66 x ccBNOutputInputcAddAddBN ReLU61x1 Conv1x1 ConvBN ReLU6BNOutputInput1x1 Conv6 x c2x2 AVG Pool(stride=2)3x3 DWConv(stride=2)BNBlockB:Down-Sampling BlockBlockA:Inverted Residual BlockccccApproachcBN ReLU61x1 Conv1x1 ConvBN ReLU6BNOutputInput6 x c3x3 DWCo

5、nv(stride=2)cBlockC:Down-Sampling BlockWithout AVGPoolingFeatherNetA-BlockA,BlockCFeatherNetB-BloackA,BlockBNetwork ArchitectureApproachStreaming ModuleThe last blocks output is down-sampledby a depth-wise convolution layer and flattened directly into a feature vector.ApproachStreaming Module Approa

6、chRF of center unitRF of corner unitLast 7x 7 Feature Map(one channel)Input Image Units at different position in feature map correspond different receptive field ExperimentsA Newly Collected Dataset:Multi-Modal Face Dataset(MMFD)Intel RealSense SR300 depth camera is utilized 1500

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本文主要介绍了FFmpeg和Gstreamer在多媒体处理方面的应用,特别是FFmpeg在视频编码、解码和转码方面的广泛应用,以及其在Linux、Android和Windows等平台上的多平台支持。同时,文章还提到了Intel的Realsense技术在脸部反欺骗(Face Anti-spoofing)领域的应用,介绍了一种名为FeatherNet的深度学习模型,该模型可以有效地检测脸部欺骗行为。文章还介绍了一个新的数据集MMFD,以及一些实验结果,展示了FeatherNet模型在脸部反欺骗任务上的优越性能。最后,文章还讨论了一些实验方法和多模态融合策略,以及如何在实际应用中使用这些技术。
"FFmpeg与Gstreamer如何应用于多媒体处理?" "FeatherNet在面部反欺骗领域有何优势?" "Intel RealSense如何助力面部反欺骗技术?"
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