Sentence examples for by a reconstruction algorithm from inspiring English sources

From the acquired normal vectors and their coordinates, the three-dimensional shape is calculated by a reconstruction algorithm.

The sketches are processed by a reconstruction algorithm that uses the angular distribution of the strokes and their connectivity to determine an orthogonal 3D axis system whose projection correlates with the observed stroke orientations.

In DTS, several low-dose X-ray images from different angles are acquired and subsequently used by a reconstruction algorithm to compute section images along planes parallel to the detector.

A stack of 2D images, such as tomography slices generated by a reconstruction algorithm, can be opened as an image collection or a 3D array: Raw data formats can be opened using the NumPy functions fromfile (to load the array into memory) or memmap (to keep the array on disk).

Specifically, there are 3 distinct topologies that can be produced by a reconstruction algorithm; the correct one, which pairs A with B and C with D, or two possible false answers that incorrectly pair A with C and B with D, or incorrectly pair A with D and B with C. We assess the performance of maximum parsimony for a given data set as follows.

The CT images were reconstructed at a 5.0-mm thickness by using a reconstruction algorithm with a 512 × 512 matrix and a full-chest-size-adapted FOV of 50 × 50 cm2.

These identified XRD-active phases can be also transformed into 2D distribution maps by using a reconstruction algorithm.

Image series of ECG-gated cardiac MDCT scans were reconstructed by a multisector reconstruction algorithm at multiple phases with increments of 10% of the R-R interval, covering the whole cardiac cycle.

From each normal vector and its coordinates, the surface profile is obtained by a surface reconstruction algorithm.

The quantification via imaging of wall thinning is achieved by a modified reconstruction algorithm for the probabilistic inspection of damage tomography algorithm.

We believe that the approaches presented in [18], [19] can be used as a basis for a cost-effective, mobile position and orientation estimation mechanism which are required by a 3D reconstruction algorithm and we intend to explore those research directions.