It has been shown that the difference of squares cost function used by standard realignment
packages (SPM and AIR) can lead to the detection of spurious activations, because the …

Existing groupwise image registration algorithms for longitudinal data generally ignore
continuous movements and signal changes that occur throughout image acquisition. We …

This paper describes several experiments that prove that standard motion correction
methods may induce spurious activations in some motion-free fMRI studies. This artifact …

Subject motion in functional magnetic resonance imaging (fMRI) studies can be accurately
estimated using realignment algorithms. However, residual changes in signal intensity …

Mapping of functional magnetic resonance imaging (fMRI) to conventional anatomical MRI is
a valuable step in the interpretation of fMRI activations. One of the main limits on the …

A rapid, in‐plane image registration algorithm that accurately estimates and corrects for
rotational and translational motion is described. This automated, one‐pass method achieves …

An automated retrospective image registration based on mutual information is adapted to a
multislice functional magnetic resonance imaging (fMRI) acquisition protocol to provide …

An important step in the analysis of fMRI time-series data is to detect, and as much as
possible, correct for subject motion during the course of the scanning session. Several …

In this study, an implicit reference group-wise (IRG) registration with a small deformation,
linear elastic model was used to jointly estimate correspondences between a set of MRI …

This paper presents a technique for performing two‐dimensional rigid‐body image
registration for functional magnetic resonance images (fMRI). The method provides accurate …