Sentence examples for configurations of random from inspiring English sources

Second, images of 1000 configurations of random placements of 1,2,3,4 and 5 emitters were replicated 1000 times, corrupted by Poisson noise and fitted by MFA.

In addition, the equilibrium of the first model is closely related to long range percolation, of the second to the configuration model of random graphs.

This mapping defines a point process whose random variables realize random configurations of points.

Firstly, an initial set of random configurations of molecules is transformed into a more ordered phase, where most molecules are elongated along the applied field direction.

Accompanying of known methods of the generation of random configurations by the random shaking procedure allows creating of the most homogenized and mixed structures that do not depend on the initial protocol of particle generation.

We also show that in the case of fixed-size of the unit cell, the average mechanical properties of the obtained results converge to the stable value with the increase of the number of random configurations realization.

To compensate we used a randomization test to compare the observed disparity in a module with the distribution of random configurations of the same number of landmarks, with landmarks pulled from the full set, including landmarks from both "strong" and "weak" modules (Disparity A).

The obtained results allowed to justify the analytical model of the pseudo-stationary flow of non-linear viscoplastic oil to the vertical well with a drainage area of random configuration.

Let us define the efficiency ratios, lying between 0 and 1, ρ F (k ) = F ¯ (0 ) − F ¯ (k ) F ¯ (0 ) − min ⁡ k F ¯ (k ) and ρ T (k ) = T ¯ (0 ) − T ¯ (k ) T ¯ (0 ) − min ⁡ k T ¯ (k ) where configuration 0 corresponds to the expectation of configurations under random matings and where the minima are obtained after specific minimizations for F ¯ and T ¯ separately.

Statistical volume element simulations are adopted to predict material constitutive properties corresponding to various realizations of random microstructure configurations.

There are two steps in our simulation: (1) set up environments with different configurations; (2) test the performance of random algorithm and our scheduling algorithm, and compare them with that of the ideal solution.