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This project aims to detect bone fractures by utilizing the yolov8 framework. The main goal is to accurately predict and highlight the fractured areas of the bone by drawing bounding boxes around them and adding labels. By leveraging the yolov8 model, objective is to efficiently identify and locate bone fractures.

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kashif-saeed1122/Bone-Fractured-detection-yolov8

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Bone-Fractured-detection-yolov8

This project aims to detect bone fractures by utilizing the yolov8 framework. The main goal is to accurately predict and highlight the fractured areas of the bone by drawing bounding boxes around them and adding labels. By leveraging the yolov8 model, the objective is to efficiently identify and locate bone fractures.

The results of this project are:

54_jpg rf f8b4216afc0c231f67e05f6afe265886 165_jpg rf e831420b761a317ab9fb725e12781bd8 205_jpg rf b30bdf73b6009d15a54011fd1acab0d0 90_jpg rf 7163e0a2586c369f8cb72f1cdc305d52

For further information about this project, please refer to the article at https://medium.com/@malikmuhammadkashif414/building-a-bone-fracture-detection-model-with-yolov8-an-end-to-end-machine-learning-project-b71879b17846

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This project aims to detect bone fractures by utilizing the yolov8 framework. The main goal is to accurately predict and highlight the fractured areas of the bone by drawing bounding boxes around them and adding labels. By leveraging the yolov8 model, objective is to efficiently identify and locate bone fractures.

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