Official implementation of DEQ-MPI: A deep equilibrium reconstruction model for magnetic particle imaging
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Updated
Aug 3, 2023 - Python
Official implementation of DEQ-MPI: A deep equilibrium reconstruction model for magnetic particle imaging
Official repository for Plug-n-Play MPI Reconstruction
3D Direct Volume Rendering (DVR) for real time-capable 3D visualization of Magnetic Particle Imaging (MPI) data
Magnetic Particle Imaging (MPI) simulation framework for Julia
A C++ "Framework" to perform stochastic simulations. Currently mainly focused on the simulation of the magnetisation behavior of nanoparticles in a makrospin approximation
Joint reconstruction of background and particle concentration of magnetic particle imaging data
Two-step reconstruction of widely differing particle concentrations in magnetic particle imaging
Training and evaluation of deep learning models for system matrix restoration in magnetic particle imaging using simulated data.
Estimation of the spatial orientation of immobilized magnetic nanoparticles with parallel aligned easy axes
Solving the MPI Reconstruction Problem with automatically tuned regularization parameters
Generation of optimized sampling patterns for system matrices in magnetic particle imaging
Modeling the physics of magnetic nanoparticles for the usage in model-based magnetic particle imaging
Application of an MPS transfer function to measured data
GPU-accelerated multi-patch reconstruction using MPIReco.jl
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