•1 min read•from Machine Learning
PnP-CoSMo: A Multi-Contrast MRI Reconstruction Framework based on Content/Style Modeling [R]
![PnP-CoSMo: A Multi-Contrast MRI Reconstruction Framework based on Content/Style Modeling [R]](/_next/image?url=https%3A%2F%2Fexternal-preview.redd.it%2Fd6rTpW7131dBgTTGfjDXPAIkblduF91pERLr20qfQH4.jpeg%3Fwidth%3D140%26height%3D78%26auto%3Dwebp%26s%3Defc5027d8347fa1bc645f041300b0979e5c14469&w=3840&q=75)
| What is the shared structural essence that underlies a pair of MRI contrast spaces? Explicitly modeling this contrast-invariant latent “content” unlocks a powerful multi-contrast reconstruction algorithm that is competitive with state-of-the-art unrolled networks while:
In our paper now published in Medical Image Analysis, we introduce PnP-CoSMo. Read the substack article here (with links to the MedIA paper and code): https://cnmyro.substack.com/p/pnp-cosmo-a-plug-and-play-method [link] [comments] |
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Tagged with
#MRI
#Multi-Contrast MRI
#Reconstruction
#Content Modeling
#Style Modeling
#PnP-CoSMo
#Plug-and-Play
#Iterative Reconstruction
#k-space
#Machine Learning
#Contrast-Invariant
#Latent Content
#Forward Operators
#Unrolled Networks
#Medical Image Analysis
#Data Bottleneck
#MR Contrasts
#Explanatory Framework
#Image-Domain Data
#Prior