Sentence examples for rigid alignment from inspiring English sources

We therefore sectioned a further 445 sections at 40 nm, and aligned these using the rigid alignment algorithm in TrakEM2.

Since these representative pairs involve domain movements, rigid alignment methods would not be able to align these pairs effectively, while flexible alignment methods will be able to introduce hinges and align the pairs more effectively.

Numerical experiments show that the new registration not only produces accurate and smooth solutions but also allows for a large rigid alignment, the evaluations of the new model demonstrate substantial improvements in accuracy and robustness over the conventional image registration approaches.

Limb alignment is evaluated fluoroscopically using a long rigid alignment rod between the centre of the femoral head and the centre of the ankle.

So a rigid alignment was applied to superimpose d-5 compounds onto an unsubstituented template shown in Figure 2 using an atom-by-atom least-squares fit as implemented in the SYBYL FIT option, and compound d-5 with the best biological activity was treated as the reference molecule.

However, no physical constraint is applied and it is found that the subject's head will drift slightly during recording (a maximum 2 minutes of continuous data capture is performed) which is removed using the Iterative Closest Point (ICP [28]) rigid alignment algorithm.

Step 3: CT to rigid aligned CT non-rigid alignment using elastix toolbox.

To register data across participants, anatomical, functional and DTI scans were spatially normalized using a surface-based spherical coordinate system that employs a non-rigid alignment algorithm that explicitly aligns cortical folding patterns and is relatively robust to inter-individual differences in the gyral and sulcal anatomy of cingulate cortex (Dale et al., 1999; Fischl et al., 1999 a, b ).

The model was aligned by Benedict Brown and Szymon Rusinkiewicz using the non-rigid alignment method described in their 2007 SIGGRAPH paper.

A validation study examining the accuracy of non-rigid alignment of many brain structures is also presented.

Proper non-rigid alignment of high-resolution cochlear μCT data is a challenge for the typical cubic B-spline registration model.