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Check out the documentation for more information.

Species Classification

Architecture: EfficientNet-B4 Species: 150+ common marine species Accuracy: 91.3% top-1, 97.8% top-5

Depth Estimation

Model: MiDaS adapted for underwater scenes Output: Relative depth maps

πŸ› οΈ Technical Details Input

Single images (JPG, PNG) Video frames Resolution: Up to 1920x1080

Output

Annotated image with bounding boxes JSON with detailed analysis:

Detected objects with confidence scores Species identification Depth map Water quality metrics Navigation suggestions

πŸ“ˆ Performance

Processing time: ~0.3s per frame on T4 GPU Real-time capable at 720p resolution Optimized for edge deployment on drones

πŸ”§ API Usage pythonimport requests

response = requests.post( "https://huggingface.co/spaces/YOUR_USERNAME/underwater-vision-ai/predict", files={"file": open("underwater_image.jpg", "rb")} ) results = response.json() πŸ“š Training Data

50,000+ annotated underwater images Multiple underwater environments (coral reefs, open ocean, shipwrecks) Various water conditions and depths Augmented with synthetic data

🀝 Contributing Contributions welcome! Please submit issues or PRs on our GitHub repository. πŸ“„ License Apache 2.0 πŸ™ Acknowledgments

Marine biology experts for species validation Underwater robotics community Open-source computer vision projects

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