For non‐Cartesian data acquisition in MRI, k‐space trajectory infidelity due to eddy current
effects and other hardware imperfections will blur and distort the reconstructed images. Even …

Interleaved spiral scanning of k‐space is an efficient and fast method for imaging dynamic
processes. In this article, a cine version of interleaved spiral imaging is presented. The …

Purpose To evaluate an optimized k‐t‐space related reconstruction method for dynamic
magnetic resonance imaging (MRI), a method called PEAK‐GRAPPA (Parallel MRI with …

The purpose of this study was to explore how to optimally undersample and reconstruct time‐
resolved 3D data using ak‐t‐space‐based GRAPPA technique. The performance of different …

Self‐calibrating GRAPPA operator gridding (GROG) is a method by which non‐Cartesian
MRI data can be gridded using spatial information from a multichannel coil array without the …

The generalized auto-calibrating partially parallel acquisition (GRAPPA) is an auto-
calibrating parallel imaging technique which incorporates multiple blocks of data to derive …

A novel iterative k‐space data‐driven technique, namely parallel reconstruction using null
operations (PRUNO), is presented for parallel imaging reconstruction. In PRUNO, both data …

Reversed spiral imaging is discussed as an approach that provides strong intrinsic T* 2
contrast without the need for long repetition times. In comparison to the conventional forward …

Parallel MR imaging has become a well‐accepted method to improve image acquisition
efficiency. Improved efficiency enables one to increase resolution, decrease image …

Abstract Two‐dimensional (2D) axial continuously‐moving‐table imaging has to deal with
artifacts due to gradient nonlinearity and breathing motion, and has to provide the highest …