Semantic segmentation is a computer vision task aimed at dividing an image into distinct regions, with each region labeled according to its semantic category. The goal is to enable machines to comprehend the content of an image at the pixel level, assigning a label to each pixel based on the object or region it represents.

This technique finds extensive applications in various domains such as self-driving cars, medical image analysis, and robotics object recognition. Semantic segmentation provides a detailed understanding of image content, allowing for more precise and accurate applications.

• The Chest X-Ray dataset comprises images and segmented masks from two different sources: Shenzhen and Montgomery datasets.
• The CXR_png folder contains Chest X-Rays, and the masks folder includes the segmented masks.
• There are 704 images, each mapped with its corresponding mask.

Perform lung segmentation on the Chest X-Ray dataset using the DeepLabV3+ model.

Upon completing this project, you will achieve the following learning objectives:

1. Understand, Prepare, and Visualize Dataset:

   • Gain proficiency in understanding, preparing, and visualizing a dataset containing images and their corresponding masked images used for segmentation.

2. Implement DeepLabV3+ Architecture:

   • Learn to implement the DeepLabV3+ architecture for semantic segmentation tasks.

3. Create Masked Image (Prediction):

   • Develop skills to generate a masked image using the trained model for lung segmentation.

• Lungs_Segmentation_using_ResNet_and_DeepLabV3.ipynb: Jupyter notebook containing the project implementation and experimentation.

1. Clone the repository:

git clone https://github.com/Praveen76/Lung-Segmentation-using-ResNet50-and-DeeplabV3.git
cd Lung-Segmentation-using-ResNet50-and-DeeplabV3

2. Open and explore the Jupyter notebook Lungs_Segmentation_using_ResNet_and_DeepLabV3.ipynb to understand the project implementation.

If you have a Data Science mini-project that you'd like to share, please follow the guidelines in CONTRIBUTING.md.

Please adhere to our Code of Conduct in all your interactions with the project.

This project is licensed under the MIT License.

For questions or inquiries, feel free to contact me on Linkedin.

I’m a seasoned Data Scientist and founder of TowardsMachineLearning.Org. I've worked on various Machine Learning, NLP, and cutting-edge deep learning frameworks to solve numerous business problems. 3. Execute the code cells within the notebook to experiment with lung segmentation using ResNet50 and DeepLabV3.

4. Visualize the results and interpretations.

Feel free to contribute, report issues, or suggest improvements!