Detect and pose estimate people in images and videos
Detect... human poses in images
Synthpose Markerless MoCap VitPose
Using our method, given a support image and skeleton we can
Detect and label poses in real-time video
Showcasing Yolo, enabling human pose detection
Visualize pose-format components and points.
Detect and estimate human poses in images
Estimate and visualize 3D body poses from video
Duplicate this leaderboard to initialize your own!
Detect poses in real-time video
Create a video using aligned poses from an image and a dance video
Generate detailed pose estimates from images
ViTPose Transformers is a cutting-edge AI tool designed for pose estimation tasks, enabling the detection and estimation of human poses in images and videos. It leverages the power of transformer architectures, particularly Vision Transformers (ViT), to process visual data effectively. The model is optimized for accuracy and efficiency, making it suitable for various applications in computer vision and robotics.
pip install vitpose-transformers
from vitpose import ViTPose
model = ViTPose().from_pretrained()
image = cv2.imread("input.jpg")
inputs = preprocess_image(image)
outputs = model(inputs)
visualize[image] = draw_keypoints(image, outputs)
1. What is the minimum hardware requirement to run ViTPose Transformers?
ViTPose Transformers requires a decent GPU with at least 8GB of VRAM for smooth operation. It can also run on CPU, but performance may be significantly slower.
2. Can ViTPose Transformers handle multiple people in an image?
Yes, ViTPose Transformers supports multi-person pose estimation. It can detect and track keypoints for multiple individuals in a single frame.
3. How accurate is ViTPose Transformers compared to other pose estimation models?
ViTPose Transformers achieves state-of-the-art performance on benchmark datasets like COCO and MPII, outperforming many traditional CNN-based models in accuracy and robustness.