Sentence examples for static computations from inspiring English sources

The computational complexity is greater than for static computations, and is eventually related to the amount of entanglement in the steady state.

It should be noted that (sigma_{3}) values that were smaller or larger than these values were found to be unacceptable from static computations.

A variant of the phase-field method, suitably modified to enable equilibrium (static) computations, is proposed for the calculations of the equilibrium wetting states of a droplet on patterned surfaces.

In order to apply this principle, we fix a (static) computation schedule consisting of T time periods t = 1, …, T with associated closing times c t and gap tolerance values g t (t = 1, …, T ).

While this thermal correction would need much longer simulation times for full convergence (see Figure S2), it is clear that single, static NMR computations will not be sufficient to reach a quantitative agreement with the experiment.

The energetics of this process has been investigated through molecular statics and dynamics computations and the causes of discrepancies are discussed.

This constructive approach enables useful design-oriented capabilities: a graphical control of multiple solutions, the direct switching of the dependencies hierarchy, the execution of dynamic conditional statements using static constraints, the computation of interdependencies, and coordinate-free methods for ensuring consistency between certain continuums of solutions.

However, when we divide the computation time for the static graphs with our computation result, the division results become smaller when the number of nodes becomes larger.

Dynamic SR requires relatively lower memory and numbers of computations than static SR, and is therefore regarded as being a more appropriate approach for real-time applications.

The polarization-resolved HRS measurement was performed for AMP and the experimentally obtained depolarization ratio agrees well with that predicted theoretically, which confirms that routine density functional theory computations of static hyperpolarizability tensor components can be considered as a sufficient approach suitable for non-interacting molecules dissolved in water.

A new algorithmic approach is introduced for the computation and the selection of degenerate solutions (decomposable vectors) which allows the computation of static and dynamic feedback laws with reduced sensitivity (and hence more robust solutions).