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Bin Xiao; Haiping Wu; Yichen Wei

Abstract
There has been significant progress on pose estimation and increasing interests on pose tracking in recent years. At the same time, the overall algorithm and system complexity increases as well, making the algorithm analysis and comparison more difficult. This work provides simple and effective baseline methods. They are helpful for inspiring and evaluating new ideas for the field. State-of-the-art results are achieved on challenging benchmarks. The code will be available at https://github.com/leoxiaobin/pose.pytorch.
Code Repositories
leeyegy/simcc
pytorch
Mentioned in GitHub
open-mmlab/mmpose
pytorch
leeyegy/SimDR
pytorch
Mentioned in GitHub
SunJuil-Ty/simplebaselines-mindspore
mindspore
lyqcom/alphapose
mindspore
Mentioned in GitHub
Microsoft/human-pose-estimation.pytorch
pytorch
Mentioned in GitHub
CuberrChen/HumanPoseBL-Paddle
paddle
Mentioned in GitHub
simochen/flowtrack.pytorch
pytorch
Mentioned in GitHub
mks0601/TF-SimpleHumanPose
tf
Mentioned in GitHub
osmr/imgclsmob
mxnet
Mentioned in GitHub
Mind23-2/MindCode-77
mindspore
Mentioned in GitHub
victimsnino/pose-simple-baselines-demo.pytorch.
pytorch
Mentioned in GitHub
dog-qiuqiu/Ultralight-SimplePose
mxnet
Mentioned in GitHub
dog-qiuqiu/MobileNetV2-SimplePose
mxnet
Mentioned in GitHub
mindspore-lab/mindone
mindspore
Mentioned in GitHub
leoxiaobin/pose.pytorch
Official
pytorch
bearpaw/pytorch-pose
pytorch
Mentioned in GitHub
victimsnino/Simple-Baselines-for-Human-Pose-Estimation-and-Tracking-sample-
pytorch
Mentioned in GitHub
samson6460/tf2_pose_estimation
tf
Mentioned in GitHub
Benchmarks
| Benchmark | Methodology | Metrics |
|---|---|---|
| 2d-human-pose-estimation-on-jhmdb-2d-poses | SimplePose | PCK: 94.4 |
| 2d-human-pose-estimation-on-ochuman | ResNet-152 | Test AP: 33.3 Validation AP: 41.0 |
| 2d-human-pose-estimation-on-ochuman | ResNet-50 | Test AP: 30.4 Validation AP: 37.8 |
| keypoint-detection-on-coco | ResNet-50 | Validation AP: 72.2 |
| keypoint-detection-on-coco-test-challenge | Simple Base+* | AP: 74.5 AP50: 90.9 AP75: 80.8 APL: 87.5 AR: 80.5 AR50: 95.1 AR75: 86.3 ARL: 82.9 ARM: 75.3 |
| keypoint-detection-on-coco-test-dev | Simple Base | AP50: 91.9 AP75: 81.1 APL: 80.0 APM: 70.3 AR: 79.0 |
| keypoint-detection-on-coco-test-dev | Simple Base+* | AP50: 92.4 AP75: 84.0 APL: 82.7 APM: 73.0 AR: 81.5 AR50: 95.8 AR75: 88.2 ARL: 87.2 ARM: 77.4 |
| keypoint-detection-on-ochuman | ResNet-50 | Test AP: 29.5 Validation AP: 32.1 |
| keypoint-detection-on-ochuman | ResNet-152 | Test AP: 33.3 Validation AP: 41.0 |
| multi-person-pose-estimation-on-crowdpose | Simple baseline | AP Easy: 71.4 AP Hard: 51.2 AP Medium: 61.2 mAP @0.5:0.95: 60.8 |
| multi-person-pose-estimation-on-ochuman | SimplePose | AP50: 37.4 AP75: 26.8 Validation AP: 24.1 |
| pose-estimation-on-aic | SimpleBaseline (ResNet-152) | AP: 29.9 AP50: 73.8 AP75: 18.3 AR: 34.3 AR50: 76.9 |
| pose-estimation-on-aic | SimpleBaseline (ResNet-101) | AP: 29.4 AP50: 73.6 AP75: 17.4 AR: 33.7 AR50: 76.3 |
| pose-estimation-on-aic | SimpleBaseline (ResNet-50) | AP: 28.0 AP50: 71.6 AP75: 15.8 AR: 32.1 AR50: 74.1 |
| pose-estimation-on-coco-test-dev | Flow-based (ResNet-152) | AP: 73.7 AP50: 91.9 AP75: 81.1 APL: 80 APM: 70.3 AR: 79 |
| pose-estimation-on-coco-val2017 | SimpleBaseLine (256x192) | AP: 70.4 AP50: - AP75: - AR: - |
| pose-estimation-on-ochuman | ResNet-152 | Test AP: 33.3 Validation AP: 41.0 |
| pose-estimation-on-ochuman | ResNet-50 | Test AP: 29.5 Validation AP: 32.1 |
| pose-tracking-on-posetrack2017 | MSRA (FlowTrack) | MOTA: 57.81 mAP: 74.57 |
| pose-tracking-on-posetrack2018 | MSRA | MOTA: 61.37 mAP: 74.03 |
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