Sentence examples for time realigned to from inspiring English sources

Functional images were corrected for slice acquisition time, realigned to the first image using an affine transformation to correct for small head movements and EPI distortions unwarped using B0 field maps.

Functional images were corrected for slice acquisition time, realigned to the first image using an affine transformation to correct for small head movements and EPI distortions were unwarped, and spatially smoothed using an isotropic kernel of 3-mm full width at half-maximum.

Data were slice time corrected, realigned to the reference volume, normalized using an echo-planar imaging template into Montreal Neurological Institute (MNI) stereotactic space and resampled to 2×2×2 mm voxels using trilinear interpolation, and finally smoothed at a full-width-half-maximum of 4 mm to reduce spatial noise.

Each run was slice-time corrected, realigned to the first volume of each run with INRIAlign (www-sop.inria.fr/epidaure/software/INRIAlign/) (Freire and Mangin, 2001), normalized to the MNI 152 EPI template (Montreal Neurological Institute, Montreal, Canada), and smoothed with a 6-mm FWHM Gaussian kernel.

EPIs were sinc-interpolated in time to adjust for slice time differences and realigned to the first scan by rigid body transformations to correct for head movements.

The EPI images were sinc interpolated in time to correct for slice-time differences and realigned to the first scan by rigid-body transformations to correct for head movements.

The functional images were slice time corrected and realigned to the mean functional image, then normalized into MNI Montreal Neurological Institutee) space and finally smoothed using a 6 mm3 Gaussian kernel.

This time it was realigned to run from Hesperia to New Era, bypassing Ferry.

Prior to statistical analysis, functional images were resliced to correct for the acquisition time lags and realigned to the first image to compensate for head motion.

EPI images from all sessions were slice time corrected and realigned to the first volume of the second day of scanning.

The remaining images were corrected for slice time acquisition differences, realigned to the first scan of each run, coregistered to the structural scan, normalized to MNI space, and smoothed with an isotropic Gaussian kernel with 4 mm full-width-at-half-maximum (FWHM).