In this paper, two novel methods of non-linear reconstruction of magnetic resonance imaging of non-Cartesian K-Space data are presented. That is non-uniform samples at space-frequency domain. In the first place, the reconstruction method by interpolation at frequency domain, Gridding, and on the other hand, the iterative reconstruction method by means of the pseudoinversion of non-uniform fast Fourier transform with the non-linear technique of the conjugate gradient. The investigation is focused in the election of efficient parameters to minimize the reconstruction mean squared error function and its subsequent characterization through Montecarlo simulation techniques. All of this, to simplify and standardize the analysis and application of...
In the case of radial imaging with nonlinear spatial encoding fields, a prominent star-shaped artifa...
In the case of radial imaging with nonlinear spatial encoding fields, a prominent star-shaped artifa...
For MRI with non-Cartesian sampling, the conventional approach to reconstructing images is to use th...
In this paper, two novel methods of non-linear reconstruction of magnetic resonance imaging of non-C...
Reconstruction of magnetic resonance images from data not falling on a Cartesian grid is widely used...
The most common strategies for reconstructing MR images acquired on an arbitrary k-space trajectory ...
In magnetic resonance (MR), imaging methods that use a non-Cartesian (e.g. spiral) sampling grid in ...
Image reconstruction from nonuniformly sampled spatial frequency domain data is an important problem...
In magnetic resonance imaging (MRI), methods that use a non-Cartesian grid in k-space are becoming i...
Abstract—In magnetic resonance imaging, spatial localization is usually achieved using Fourier encod...
Magnetic resonance imaging (MRI) is a sophisticated and versatile medical imaging modality. The inve...
A new image reconstruction method to correct for the effects of magnetic field inhomogeneity in non-...
A simple iterative algorithm, termed deconvolution-interpola-tion gridding (DING), is presented to a...
Magnetic field inhomogeneities cause distortions in the reconstructed images for non-cartesian k-spa...
This manuscript describes a method of three-dimensional k-space sampling that is based on a generali...
In the case of radial imaging with nonlinear spatial encoding fields, a prominent star-shaped artifa...
In the case of radial imaging with nonlinear spatial encoding fields, a prominent star-shaped artifa...
For MRI with non-Cartesian sampling, the conventional approach to reconstructing images is to use th...
In this paper, two novel methods of non-linear reconstruction of magnetic resonance imaging of non-C...
Reconstruction of magnetic resonance images from data not falling on a Cartesian grid is widely used...
The most common strategies for reconstructing MR images acquired on an arbitrary k-space trajectory ...
In magnetic resonance (MR), imaging methods that use a non-Cartesian (e.g. spiral) sampling grid in ...
Image reconstruction from nonuniformly sampled spatial frequency domain data is an important problem...
In magnetic resonance imaging (MRI), methods that use a non-Cartesian grid in k-space are becoming i...
Abstract—In magnetic resonance imaging, spatial localization is usually achieved using Fourier encod...
Magnetic resonance imaging (MRI) is a sophisticated and versatile medical imaging modality. The inve...
A new image reconstruction method to correct for the effects of magnetic field inhomogeneity in non-...
A simple iterative algorithm, termed deconvolution-interpola-tion gridding (DING), is presented to a...
Magnetic field inhomogeneities cause distortions in the reconstructed images for non-cartesian k-spa...
This manuscript describes a method of three-dimensional k-space sampling that is based on a generali...
In the case of radial imaging with nonlinear spatial encoding fields, a prominent star-shaped artifa...
In the case of radial imaging with nonlinear spatial encoding fields, a prominent star-shaped artifa...
For MRI with non-Cartesian sampling, the conventional approach to reconstructing images is to use th...