Implementation of Hough Transform for auto rotation of xray images
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Updated
Aug 20, 2023 - Jupyter Notebook
Implementation of Hough Transform for auto rotation of xray images
Binary Classification into normal/abnormal X-rays of XR_SHOULDER of MURA dataset.
implementing grabcut image segmentation on humerus xray images
Replicate MURA baseline and playing around
MURA (musculoskeletal radiographs) Deep Learning Project
MuraMed is an innovative healthcare technology company that aims to revolutionize medical diagnostics with a focus on radiographs (X-Ray images). In the intricate landscape of today's healthcare, the company addresses the vital need for accurate, efficient, and swift diagnosis. MuraMed's specialization lies in detecting bone abnormalities.
Abnormality Detection in Musculoskeletal Radiographs
A Keras implementation of DenseNet model on Standford's MURA dataset
Fixes 500+ mislabeled MURA images
An attempt at the Bone X-Ray Deep Learning Competition (Stanford ML Group).
Analysis of Abnormality in Humerus X-Ray images using DenseNet
Repo for Stanford's MURA Bone X-Ray Deep Learning Competition
Source code for Microsoft Code Fun Do Hackathon organized at IIT (BHU)
Bone fracture detection using DenseNet on MURA dataset
Implementation of DenseNet model on Standford's MURA dataset using PyTorch
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