⚕️ An educational tool to visualise k-space and aid the understanding of MRI image generation
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Updated
Mar 19, 2025 - Python
⚕️ An educational tool to visualise k-space and aid the understanding of MRI image generation
Pytorch implementation of RAKI, k-space interpolation of MRI data
Code for cracking the fastMRI challenge.
K-space native detection of neurological pathologies, including microbleeds, invisible in standard reconstructed MRI images. Learns directly from raw MRI frequency-domain data to surface findings that image-based analysis structurally misses.
Code for evaluating prostate MRI DL reconstructions. Focuses on T2-weighted scans, undersampling simulation, DL model training, and diagnostic metric analysis.
This repository simulates MRI image reconstruction using the Fast Fourier Transform Algorithm.
Upload of a project from BENG280A (Medical Imaging) at UC San Diego where my group investigated accelerated Magnetic Resonance Imaging reconstruction techniques using Convolutional Neural Networks in both the image and k-space domains.
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