RT @journalofCMR: A deep fully convolutional neural network🧠💻 (FCN)-based image processing platform allows fast⚡️ and automatic analysis 🤖o…
RT @journalofCMR: A deep fully convolutional neural network🧠💻 (FCN)-based image processing platform allows fast⚡️ and automatic analysis 🤖o…
RT @journalofCMR: A deep fully convolutional neural network🧠💻 (FCN)-based image processing platform allows fast⚡️ and automatic analysis 🤖o…
RT @journalofCMR: A deep fully convolutional neural network🧠💻 (FCN)-based image processing platform allows fast⚡️ and automatic analysis 🤖o…
RT @journalofCMR: A deep fully convolutional neural network🧠💻 (FCN)-based image processing platform allows fast⚡️ and automatic analysis 🤖o…
RT @journalofCMR: A deep fully convolutional neural network🧠💻 (FCN)-based image processing platform allows fast⚡️ and automatic analysis 🤖o…
RT @journalofCMR: A deep fully convolutional neural network🧠💻 (FCN)-based image processing platform allows fast⚡️ and automatic analysis 🤖o…
RT @journalofCMR: A deep fully convolutional neural network🧠💻 (FCN)-based image processing platform allows fast⚡️ and automatic analysis 🤖o…
RT @journalofCMR: A deep fully convolutional neural network🧠💻 (FCN)-based image processing platform allows fast⚡️ and automatic analysis 🤖o…
A deep fully convolutional neural network🧠💻 (FCN)-based image processing platform allows fast⚡️ and automatic analysis 🤖of myocardial native T1 mapping images mitigating the burden 😩and observer-related 👀variability of manual analysis✍️. https://t.co/yEuL4