Sentence examples for most appropriate computational from inspiring English sources

To deal with this inherent indeterminacy it is proposed that predicate logic systems, such as Refinement Calculus, are the most appropriate computational tools.

Tissue heterogeneity must be considered also when evaluating which are the most appropriate computational tools to process and analyze array-based CN data [ 11, 16].

For real-time operation on mobile devices, approximations and assumptions of convenience will likely be made by any approach, and the best algorithm will be the one which has the most appropriate tradeoff between accuracy and computational speed.

However, it has become increasingly apparent that a major barrier to successfully completing these studies is a lack of both appropriate analytical tools and understanding of which study designs and computational methods are most appropriate for particular study scenarios.

Thereupon, the computational tools determined the most appropriate ignition delay for the dust cloud for each injection nozzle.

The PAR presence in the containment volume induces secondary flows that are three dimensional in nature and hence Computational Fluid Dynamics CFDD) tools are most appropriate to tackle PAR issues in containments.

To design and select the most appropriate dyes for a given application the computational prediction of the absorption wavelength (prior to the costly chemical synthesis) serves as a valuable guidance.

The assumptions made in the design of the computational approach used here are based on using methods that allow for the development of the most appropriate simulation model, given constraints such as simulation size, computational resources, and requirements based on the particular biophysics of the problem.

Among the impressive amount of available computational drug discovery technologies, quantitative structure activity relationship approaches that rely on computational quantum chemistry descriptors are the most appropriate to model adaptive drugs.

Previously, we have found that a step size of 0.1 Å and displacement along 2 modes was most appropriate in term of conserving structural quality and computational efficiency.

These findings could help to design the most appropriate ensemble strategies before these hydrometeorological extremes, given the computational cost of running such advanced HEPSs for operational purposes.