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Project Title: Pose Estimation and Mesh Generation
Description:
This project aims to perform 3D human pose estimation from a 2D image input. The system will extract key human features, including heatmaps and silhouettes, to generate a 3D mesh of the human body. It will then render the mesh alongside projected silhouettes and keypoints, giving a detailed view of the pose. The project has applications in animation, AR/VR, and sports analytics.
Key Features:
2D human pose detection.
Generation of 3D human mesh models.
Use of PosePrior for pose estimation and ShapePrior for shape generation.
Rendering of the final silhouette and keypoints for visualization.
Tasks:
Build a model to extract heatmaps and silhouettes from 2D images.
Integrate the PosePrior and ShapePrior models for mesh generation.
Render the 3D mesh and project silhouettes and keypoints.
Optimize for performance and accuracy.
Technology Stack:
Deep Learning (CNNs)
Python
PyTorch / TensorFlow
OpenCV for rendering
Expected Output:
A system capable of taking a 2D image of a person and outputting a 3D mesh model of the human body with accurate pose estimation and projected keypoints.
The text was updated successfully, but these errors were encountered:
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Hello, hope your doing well. I would love to work on this issue. I'm part of GSSOC-24 Extended. If this could be assigned to me, that would be great. Thank you.
Project Title: Pose Estimation and Mesh Generation
Description:
This project aims to perform 3D human pose estimation from a 2D image input. The system will extract key human features, including heatmaps and silhouettes, to generate a 3D mesh of the human body. It will then render the mesh alongside projected silhouettes and keypoints, giving a detailed view of the pose. The project has applications in animation, AR/VR, and sports analytics.
Key Features:
2D human pose detection.
Generation of 3D human mesh models.
Use of PosePrior for pose estimation and ShapePrior for shape generation.
Rendering of the final silhouette and keypoints for visualization.
Tasks:
Build a model to extract heatmaps and silhouettes from 2D images.
Integrate the PosePrior and ShapePrior models for mesh generation.
Render the 3D mesh and project silhouettes and keypoints.
Optimize for performance and accuracy.
Technology Stack:
Deep Learning (CNNs)
Python
PyTorch / TensorFlow
OpenCV for rendering
Expected Output:
A system capable of taking a 2D image of a person and outputting a 3D mesh model of the human body with accurate pose estimation and projected keypoints.
The text was updated successfully, but these errors were encountered: