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Real-time 2D Multi-Person Pose Estimation on CPU: Lightweight OpenPose
论文
论文
发布时间2018-11-29
发表arXiv:1811.12004
作者:Daniil Osokin
详细介绍
In this work we adapt multi-person pose estimation architecture to use it on
edge devices. We follow the bottom-up approach from OpenPose, the winner of
COCO 2016 Keypoints Challenge, because of its decent quality and robustness to
number of people inside the frame. With proposed network design and optimized
post-processing code the full solution runs at 28 frames per second (fps) on
Intel$\unicode{xAE}$ NUC 6i7KYB mini PC and 26 fps on Core$^{TM}$ i7-6850K CPU.
The network model has 4.1M parameters and 9 billions floating-point operations
(GFLOPs) complexity, which is just ~15% of the baseline 2-stage OpenPose with
almost the same quality. The code and model are available as a part of
Intel$\unicode{xAE}$ OpenVINO$^{TM}$ Toolkit.
代码仓库 (11)
murdockhou/lightweight_openposeTensorFlow
Rocketbase-AI/rockets-lightposePyTorch
omkarbhope/Pose-EstimationPyTorch
osmr/imgclsmobMXNet
Daniil-Osokin/lightweight-human-pose-estimation-3d-demo.pytorchPyTorch
tyIceStream/lightweight-human-pose-estimation.OpenCVPyTorch
ModelBunker/Lightweight-OpenPose-PyTorchPyTorch
hsk9767/open_posePyTorch
Shahji55/lightweight-human-pose-estimation.pytorchPyTorch
2xic/openpose-pigsPyTorch
