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YOLO-NAS Sets a New Standard for Object Detection
YOLO-NAS Sets a New Standard for Object Detection

YOLO-NAS Sets a New Standard for Object Detection

The new YOLO-NAS has better object detection capabilities and enhanced accuracy, outperforming competing notable models such as YOLOv6, v7 & v8.

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Key takeaways

  • YOLO-NAS surpasses previous models in object detection accuracy and performance.
  • The model is built on Deci's AutoNAC technology, enhancing the efficiency of deep learning model creation.
  • It achieves a significant increase in throughput and accuracy compared to earlier YOLO versions.
  • YOLO-NAS is pre-trained on popular datasets, making it applicable for real-world scenarios.
  • The model is available as open-source, promoting accessibility for research purposes.
5 min

Deep learning firm Deci AI, has launched YOLO-NAS, its latest deep learning model that delivers superior real-time object detection capabilities and high performance ready for production. The foundation model is based on Deci's Neural Architecture Search Technology, AutoNAC™, which ensures unmatched precision and speed, surpassing other models like YOLOv6, YOLOv7, and YOLOv8, including the recently launched YOLOv8.

Deci's AutoNAC technology is a revolutionary tool that democratises the use of Neural Architecture Search for all organizations, enabling teams to generate custom, fast, accurate, and efficient deep learning models promptly. AutoNAC delivers best-in-class deep learning model architectures for any task in any environment, achieving the best balance between accuracy and inference speed. It takes into account other components in the inference stack, including compilers and quantisation, in addition to being data and hardware aware.

The YOLO-NAS model delivers 50% (x1.5) more throughput and 1 mAP higher accuracy than other YOLO models, as shown in the chart, making it ideal for downstream Object Detection tasks in production environments.

 The model is pre-trained on popular datasets such as COCO, Objects365, and Roboflow 100, making it highly suitable for real-world applications. The open-source model is available with pre-trained weights for research use (non-commercial) on Deci's PyTorch-based, open-source, computer vision training library called SuperGradients.

Check out the GitHub repository here.

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