Sentence examples for automated computation from inspiring English sources

Adjoint algorithmic differentiation (AAD) enables automated computation of gradients of such cost functions implemented as computer programs.

It included intelligence, logistics and large scale automated computation.

Integrating remote sensing data and GIS tools, therefore, allow automated computation of morphometric parameters and have been successfully employed by several researchers (e.g., Magesh et al. 2011; Thomas et al. 2012; Kaliraj et al. 2014; Banerjee et al. 2015; Roy and Sahu 2016) for generating updated and reliable information to characterize watershed physiographic attributes.

For our testing datasets, the average time for stitching (including automated computation, visual inspection, parameter fine-tuning, and manually adjustment of the result) an adjacent pair of serial sections was 13′08″ (median: 9′41″, minimum: 0′13″, and maximum: 36′31″) (Table S 3).

Also, automated computation methods have lower inter- and intraobserver variations than traditional direct measurement methods.

This has triggered sustained community efforts for integrative annotation, which combine automated computation with human-supervised curation, the use of quality indices, text-mining tools, biological ontologies and the semantic web [ 115- 120].

CancerMA was developed for automated computation of the differential meta-expression for genes of interest to biologists/clinicians and, in particular, as a user-friendly and intuitive tool to view and interpret the analysis results.

The 8 fully and 2 partially (i.e. only the denominator) included indicators have been formalised with our previously developed indicator formalisation method CLIF [ 11] to enable their automated computation, for which the obtained queries are run against the respective datasets.

Other applications or automated computations that use multiframe OCT data as input may also benefit from the ideas presented in this work.

These are fundamental physiological and developmental processes, now made accessible to statistical genetic analysis by novel application of automated computer vision and computation methodologies.

The aim of this ex vivo study was to test a novel three-dimensional (3D) automated computer-aided design (CAD) method (aCAD) for the computation of femoral angles in dogs from 3D reconstructions of computed tomography (CT) images.