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Welcome to the Arable and Non-Arable Land Detection using YOLO on Satellite Images GitHub repository! This project aims to address the issue of underutilized arable lands in Bangladesh by leveraging deep learning techniques to detect and differentiate between arable and non-arable lands from satellite images. By identifying these abandoned lands an

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sftSalman/Arable_land_and_nonarable_land_dectection_from_sataleite_images-

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Project Workflow Summary

  • Information Gathering: Gathered images using Google Earth.
  • Image Collection: Collected images for the project's dataset.
  • Image Preprocessing: Prepared and processed images for further use.
  • Annotation: Annotated the collected images for training the model.
  • Environment Setup: Configured the environment for model training.
  • Data Training: Divided collected data into 80% training and 20% testing datasets. Ran 60 epochs during training.
  • Data Testing: Evaluated model accuracy and performance using the testing dataset.
  • Result Evaluation: Analyzed model accuracy and metrics.

Training & Testing Details

  • Data Division: 80% training, 20% testing
  • Epochs: Trained for 60 epochs
  • Accuracy: Reached 76% accuracy at epoch 55, dropped to 60-65% afterward
  • Best Weight: Stored weights from epoch 55 with 76% precision, 77% recall, and 76% F1 score.
  • Mean Average Precision (mAP@0.50): Achieved 76%

Results & Output Summary

  • Mean Average Precision (mAP@0.50): 76%
  • Class-wise precision:
    • Not-Used(westland): 80%
    • Arable(cultivated): 73%
    • None_arable (non-cultivated): 70%

The project involved collecting, preprocessing, annotating, and training a model using Google Earth images. The trained model achieved an overall mean average precision of 76%, with varying precision rates for different classes, notably 80% for wasteland, 73% for arable, and 70% for none_arable (non-cultivated). The highest accuracy was attained at epoch 55, and the model's performance slightly declined in subsequent epochs.

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Welcome to the Arable and Non-Arable Land Detection using YOLO on Satellite Images GitHub repository! This project aims to address the issue of underutilized arable lands in Bangladesh by leveraging deep learning techniques to detect and differentiate between arable and non-arable lands from satellite images. By identifying these abandoned lands an

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