Project under course: 100% efficient reconstruction through compressive sensing and joint estimation of cardio-respiratory motion in MRI

The funded research project: "Isotropic cine cardiac magnetic resonance imaging, an extension to contrast-free angiography: 100% efficient reconstruction through compressive sensing and joint estimation of cardio-respiratory motion" is currently under course and we are in the process of achieving full 3D , 100% efficient, free-breathing cardiac cine  with groupwise motion-compensated accelerated reconstruction. The funding institution requires us to promote this advertisement.

This work is the 3D-extension of the abstract presented at ISMRM-2017 entitled "CARDIO-RESPIRATORY MOTION ESTIMATION FOR COMPRESSED SENSING RECONSTRUCTION OF FREE-BREATHING 2D CINE MRI"; the computational cost has increased considerably but  we are processing these data in a 512 GB RAM server acquired with funds from  the Junta de Castilla y León. The server has two GPUs as well. Parallelization efforts are in working progress.Isotropic cine cardiac magnetic resonance imaging an extension to contrast-free angiography: 100% efficient reconstruction through compressive sensing and joint estimation of cardio-respiratory motion