Abstract Accelerated functional Magnetic Resonance Imaging (fMRI) with
'multiband'protocols is now relatively widespread. These protocols can be used to …

Recent advances in parallel imaging and simultaneous multi-slice techniques have
permitted whole-brain fMRI acquisitions at sub-second sampling intervals, without …

Echo planar imaging (EPI) is the MRI technique that is most widely used for blood oxygen
level-dependent (BOLD) functional MRI (fMRI). Recent advances in EPI speed have been …

In this study we demonstrate that, even in blocked design fMRI, an event-related analysis
may provide a more accurate model of the hemodynamic responses than an epoch-related …

Recent developments in accelerated imaging methods allow faster acquisition of high
spatial resolution images. This could improve the applications of functional magnetic …

Purpose Recently, k‐t FASTER (fMRI Accelerated in Space‐time by means of Truncation of
Effective Rank) was introduced for rank‐constrained acceleration of fMRI data acquisition …

This study presents an integrated approach to on-line fMRI data processing that combines
real-time paradigm control and real-time MR image statistical analysis with nearly real-time …

Real‐time fMRI is a rapidly emerging methodology that enables monitoring changes in brain
activity during an ongoing experiment. In this article we demonstrate the feasibility of …

In functional magnetic resonance imaging (fMRI) analysis, although the univariate general
linear model (GLM) is currently the dominant approach to brain activation detection, there is …

The temporal resolution of event-related fMRI is limited by the low sampling rate of typical
MR whole brain protocols and by the slow rate of the BOLD response. Within the …