In clinical magnetic resonance imaging (MRI), any reduction in scan time offers a number of
potential benefits ranging from high-temporal-rate observation of physiological processes to …

Readout mosaic segmentation has been suggested as an alternative approach to EPI for
high resolution diffusion-weighted imaging (DWI). In the readout-segmented EPI (RS-EPI) …

A dual‐echo pulse sequence for simultaneous acquisition of MR angiography and
venography (MRAV) is developed. Data acquisition of the second echo for susceptibility …

The partial Fourier gradient‐echo echo planar imaging (EPI) technique makes it possible to
acquire high‐resolution functional MRI (fMRI) data at an optimal echo time. This technique is …

This thesis focuses on spatial resolution enhancement of magnetic resonance imaging
(MRI). In particular, it addresses methods of performing such enhancement in the Fourier …

Partial k-space acquisition is a conventional method in magnetic resonance imaging (MRI)
for reducing imaging time while maintaining image quality. In this field, image reconstruction …

Passive catheter tracking guidance by MRI is a promising approach for endovascular
therapy that may have several clinical advantages over the more frequently employed active …

A novel method for highly-undersampled Magnetic Resonance Image (MRI) reconstruction
is presented. One of the principal challenges faced in clinical MR imaging is the …

Imaging speed is an important issue in magnetic resonance imaging (MRI), as subject
motion during image acquisition is liable to produce artifacts in the image. Many of the new …

We present a new Analogical Basis Deconstruction (ABD) theory for discrete signal
processing in this paper. We also present the Asymptotic Iterative Estimate (AIE) algorithm …