Sentence examples for the computational assessment from inspiring English sources

We present a framework for the computational assessment and comparison of large-eddy simulation methods.

Computational aesthetics, a subfield of artificial intelligence (AI) concerned with the computational assessment of beauty in domains of human creative expression such as music, visual art, poetry, and chess problems.

A practical utilization of the developed method is demonstrated for the heat evolution in lime hydrate-water and Portland cement water systems where the computational assessment makes it possible to find seven to twelve times higher initial-peak heat power values than the calorimetric measurements.

The computational assessment depends first on the adoption of standard states for the species appearing in chemical reactions.

The paper deals with the development and computational assessment of three- and two-node beam finite elements based on the Refined Zigzag Theory (RZT) for the analysis of multilayered composite and sandwich beams.

The outcome of this study (time investment ranges for various components of the modeling activity) was evaluated and further extrapolated to estimate the effort needed for a more comprehensive computational assessment of the environmental performance of these designs.

By combining the procedure for systematic computational assessment of transcript accessibility described in this study with selective experimental validation of the impact of predicted accessibility on hybridization, we will develop a useful criterion for avoiding troublesome secondary structure when designing microarray targets.

Among the between-species studies of copy number differences in primates, no technical or computational assessment of the influence of sequence divergence has been made.

In the EU, the ECHA has also encouraged companies to avoid animal tests by using read-across and methods based on analysis of lab cells where possible, says Mike Rasenberg, head of computational assessment at the agency.

As is typical of complex historical structures, a realistic quantitative computational assessment of the bridge response should address multi-physics, multi-scale, time-dependent and three-dimensional aspects of the problem.

RNAfold software folds and performs computational assessment of the fragment to ensure that there is a minimum of 14 base pairings between the mature and star sequences of the hairpin.