Sentence examples for functional slice from inspiring English sources

Mass customization by vertical or functional slice with a purpose-built solution that meets your customer's unique needs is becoming the new key to success in the software industry.

Nine contiguous pseudocoronal 5-mm thick functional slice planes (1.5×1.5 mm resolution in-plane) were sampled, and 72 such volumes were collected over each 216-s experiment.

Anatomical images of the functional slice locations were next obtained with spin echo imaging in the axial plane parallel to the AC-PC line with TR = 300 ms, TE = 2.5 ms, bandwidth = 300 Hz/pixel, flip angle = 60°, field of view = 220 × 220 mm, matrix = 256 × 256, 32 slices with slice thickness = 4 mm and no gap.

The resulting parameters were then used to transform the functional slices using trilinear interpolation so that the resulting functional slices were aligned with the stereotactic co-ordinate system.

The orientation of the 3D image was identical to the functional slices.

The rotational and translational parameters were subsequently transformed by linear scaling to a standard size and the resulting parameters were used to transform the functional slices by using trilinear interpolation (thus, functional slices were aligned with the stereotaxic coordinate system).

Before every experimental run, a survey volume with 7 sagittal slices was acquired to place the functional slices along the calcarine fissure of the subject.

The model is also consistent with recent fMRI studies suggesting that the striatum consists of functional "slices" reflecting a range of discounting factors [30], [31].

To align the functional slices with a 3D stereotactic co-ordinate reference system, a rigid linear registration with six degrees of freedom (3 rotational, 3 translational) was performed.

The normalized parameters were then used to transform the functional slices using trilinear interpolation so that the resulting functional slices were aligned with the stereotactic coordinate system, thus generating output data with a spatial resolution of 3×3×3 mm (27 cubic mm).

The two-dimensional anatomical MDEFT slices, geometrically aligned with the functional slices, were used to compute a transformation matrix containing rotational and translational parameters that register the anatomical slices with the 3D reference T1 data set.