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README.md
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@@ -23,6 +23,12 @@ This model was trained to detect and segment fish in underwater **Grayscale Imag
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- **Footage Type**: Grayscale Underwater Footage
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- **Classes**: 1 (Fish)
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## Auto-Training Process
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The segmentation dataset was generated using an automated pipeline:
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- **Detection Model**: A pre-trained YOLO model (https://huggingface.co/akridge/yolo11-fish-detector-grayscale/) was used to detect fish.
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- **Output**: The dataset was saved at `/content/sam_dataset/`.
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This automated process allowed for efficient mask generation without manual annotation, facilitating faster dataset creation.
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## Model Weights
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Download the model weights [here](./yolo11n_fish_seg_trained.pt)
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## Intended Use
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- Real-time fish detection and segmentation on grayscale underwater imagery.
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- Post-processing of video or images for research purposes in marine biology and ecosystem monitoring.
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- **Footage Type**: Grayscale Underwater Footage
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- **Classes**: 1 (Fish)
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## Test Results
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![GIF description](./yolo11n-seg.gif)
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## Model Weights
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Download the model weights [here](./yolo11n_fish_seg_trained.pt)
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## Auto-Training Process
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The segmentation dataset was generated using an automated pipeline:
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- **Detection Model**: A pre-trained YOLO model (https://huggingface.co/akridge/yolo11-fish-detector-grayscale/) was used to detect fish.
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- **Output**: The dataset was saved at `/content/sam_dataset/`.
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This automated process allowed for efficient mask generation without manual annotation, facilitating faster dataset creation.
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## Intended Use
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- Real-time fish detection and segmentation on grayscale underwater imagery.
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- Post-processing of video or images for research purposes in marine biology and ecosystem monitoring.
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